Home

Service Manual

1. N Nake N Ner 558 5 E e a 99 gt DOD e e 9942222222552 0816 0200 26 did 004 gt gt gt 24 5 gt x xF FF F r mr ot r r E rr mmm lt 2 lt 7 lt amp LO o LO o LO o LO o LO o o o N N 5 1 1 VSYNC1_PORT1 C 155 OUT 7 FIELD 101 PORT1 G Y Y OUT 6 CLK1 PORT 1 G Y Y OUT 5 HSYNC2 PORT 5 G Y Y OUT 4 VSYNC2_PORT1 G Y Y_OUT_3 FIELD ID2_PORT1 150 G Y Y_OUT_2 VDD1 G Y Y_OUT_1 VSS G Y Y_OUT_0 IN_CLK2_PORT1 10 VSS B Cb D1_0 VDD8 B Cb D1_1 145 R V Pr_OUT_7 B Cb D1_2 R V Pr_OUT_6 B Cb D1_3 R V Pr_OUT_5
2. n Y 2 R551 Valu 3 cowposire Aux sv XS_BLANK _ B ue m 52 shm Pr Po HO aoc gt wp 330uF con 5 3304 10 Y 1 3 trn GND hr a 0 REMOTE_OUT RESET VFD_STBO VFD DATAO VFD VFD 1 1067 Ue5V 0458 HVILMTIT7S 3V3 3 3VAD VMUTES HOMI_INT 0402 44 RLS4148SR A5045 C58 RLS4148SR 433V VF U 5V EXT_REMOTE_IN OUT gt VCC33M 124 A 12V PCU2LICB
3. 6 5 3 2 1 DVD48 harman kardon IN AC INLET POWER CORD UL CJA523FBYA a 0 NI E E MAIN BOARD a NER Y 414 2 41 17 CN13 lt gt LDR 6P LO S C U 9 1 01 VFD RESET 10 U 5V 01 SPDL O4 HOME SW 22 02 VFD_CLKO 11 02 wor sPDL 05 sLED O 03 VFD_DATAO 12 N C 05 GND 06 SLED 04 VFD_STBO 13 05 33V 4 GND 06 VF 5 REMOTE OUT CN12 LDR 5P 07 vF 6 GND 01 10 0 04 GND 08 KEY 7 GND 02 LOAD 05 IN_SW pickup 24P 09 KEY 2 03 out_sw CN11 24P BN42 CN35 14P 24 SMPS BOARD 01 12V 08 V 5V F 3 VREF 02 12V 09 DGND 02 F 4 vcc CUPT119 17 2 03 GND 10 u 5V 03 T4 5 E 04 D 8V 11 POWER CTL 04 1 6 05 M 5 6V 12 VF 05 C 7 VR CD CN13 6P 06 13 06 D 8 VR DVD 07 M 5V 14 VP 28V 07 CD DVD 5 19 CD LD 08 RF 20 CN31 2P i CN12 5P HOST UPDATE CN07 BNO7 6P 091 21 HFM 011 GND 04 sTANDBY LED 110 22 N
4. 5 gt 0310 4 NW KTN2222A R304 0305 R303 4 7 107 10 1 4W By BA 9 9 t e c 12K A R331 C312 E 60V 1A yes 25748 472 100V CY34 ia 102M 400V 9520 57 Y 5 R329 e Not used M 4 1 IC35 KIA431A 3kF REVISION 2 4 6 1711 8 1 5 5 7 SCHEMATIC DIAGRAM TANT SAFETY NOTICE A COMPONENTS IDENTIFIED BY MARK HAVE SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY WHEN REPLACING ANY OF THESE COMPONENTS MODEL DVD 48 USE ONLY MANUFACTUREY S SPECIFIED PARTS THE UNIT OF RESISTANCE IS OHM K 1000 OHM 1000 DRAWING_NO THE UNIT OF CAPACITANCE IS MICROFARAD uF pF 10 uF XXXXXXXX 1 68 THIS SCHEMATIC DIAGRAM MAY MODIFIED AT ANY TIME WITH THE A B C D E F G H IMPROVEMENT OF PERFORMANCE 5 5 06 11 06 06 11 06 06 11 06 1 DVD48 harman kardon VR_SEL 10uH SHALL CLOSE TO ZR36778 I CEA SDEN SDATA 16V 2 10 1026 BVIBASOBCOFP 4 7uF 50V 4 169 A
5. 1106 SPINDLE PWM VCC33M antal i voor 5 3 4 z me ES 55 2 5 lt Toursw r7 EMI Countermeasure ADIT S LZ XZ X 2 lecoder Sci 6261031 ADIO vevoacian roura7 reur ie ADB fewsocsi rcuris gt AD20 WeMAD 201 GPCIt 91 lt vos 1106 UR_AD6
6. S MAINFRONTPCBASSYS Capacitors eS 30 DVD48 harman kardon Ref Ret Designator Pad Number O Number a P MEAS ASS YS IES souseran 31 DVD48 harman kardon Ref Ret Designator Pad Number O Number MEAS ASS YS no IES 65 Jac 32 DVD48 harman kardon Ref Designator__ Part Number po Description A ________ ____ MAIN FRONT ASS YS yj NN A EA 15PF JA 1608 0229 CCUSIHI04KC CAP CHIP TUF ZF 1608 20 CCUSIHIO KC CHP TUF ZF 1608 2831 CCUSIHI04KC CHP TUF ZF 1608 24 CCUSIHIO KC CAP CHIP 0 608 77 CCUSIHI04KC CHP 608 505 CCUSIHIO KC CAP CHP 608 C515 CCUSIHIO04KC CHP 608 C516 CCUSTHI04KC 1608 C518 CCUSIHI04KC CAP CHIP 0 11772 1608 1UF ZF 1608 0524 CCUSIHI04KC 4 ZF 1608 0527 CCUSIHIO KC 4 TUF ZF 1608 0531 CCUSIHIO KC CAP CHP 1608 0534 CCUS1H560JA CHIP 0 1772 1608 0535 CCUSIHIO KC CAP CHIP UFZF1608 0550 CCUSIHI04KC CHIP 0 1772 1608 0574 CCUSIHIO04dKC CAP CHP 0 1772 16
7. 36 1 2 35 AOUTA2 34 AOUTB2 AOUTB2 GND J vA CS4382 J GND LRCK1 DSD EN SDIN1 SCLK1 AOUTB3 LRCK2 1 AOUTB3 SDIN2 AOUTA4 SCLK2 4 4 15 16 17 2 23 Oo LILIL j 222203 457138 5 gt gt lt oo lt 923 Pin Name Pin Description VD 4 Digital Power Input Positive power supply for the digital section Refer to the Recommended Operat ing Conditions for appropriate voltages GND 5 Ground Input Ground reference Should be connected to analog ground 31 MCLK 6 Master Clock Input Clock source for the delta sigma modulator and digital filters Table 5 illustrates several standard audio sample rates and the required master clock frequency LRCK1 7 Right Clock Input Determines which channel Left or Right is currently active on the serial audio LRCK2 10 dataline The frequency of the left right clock must be at the audio sample rate Fs SDIN1 8 Serial Audio Data Input Input Input for two s complement serial audio data SDIN2 11 SDIN3 13 SDIN4 14 SCLK1 9 Serial Clock Input Serial clock for the serial audio interface SCLK2 12 VLC 18 Control Port Power Input Determines the required signal level for the control port Refer to the Rec ommended Operating Conditions for appropriate voltages RST 19 Reset Input The device enters a low p
8. n nU DIGITAL AUDIO OUT ES Xu H OPTICAL COAX ON L OPTICAL COAX OFF 5 BEAD 60R 8 g 5 85 8 5 E a 3 gt 23 ma DSD_SCLK c lt C Pecu_ALRCLK lt gt lt AUDIO OUT RLSA148SR AUDIO PART SCLK AJ DSD JLA 0817 KTO13041 AUDIOCOO 10 9822 1304 GND 2_PCM AUDIO Channel Setting MPEG DAC CH AOUT3_PCM SDIN1 n AQUTO_PCM SDIN2 HE i AOUTI_PCM SDIN4 m e AOUT2 PCM 501 3 Sy SUE al 1 t CENTER d 1 t 2246 50 SN s Hp RI 2 E 3 5 Lan 1 1 CHECK CA 171 DVD48 harman kardon
9. Cos 148 5 gt F T 116 C261 5 R423 mf 2 C244 Bs 8412 5 0262 5 UY 999 175999 CL Tros CO dcx 70 LT EL EL e lt lt mMm gt CNO2 16 o 2 33359 ooo 6 lt loo Sas 5 lt s sms 11 STANDBYLED lt A 1 AGL xls m HE 2 lt 47 m 58 DVD48 technologies Off Line SMPS Current Mode Controller with inteerated 650V Startup Cell Depletion CooIMOS Product Highlights Best in class in DIP7 DIP8 TO220 I2Pak packages Active Burst Mode to reach the lowest Standby Power Requirements lt 100m W Protection features Auto Restart Mode to increase robustness and safety of the system Adjustable Blanking Window for high load jumps to increase system reliability Isolated drain package for TO220 D2Pak Wide creepage distance for DIP7 TO220 I2Pak Wide power class of products for various applications Pb free lead plating for all packages RoHS compliant Features 650V avalanche rugged CoolMOS M with built in switchable Startup Cell Active Burst Mode for lowest Standby Power light load controlled by Feedback signal Fast load jump response in Active Burst Mode 67 100 kHz fixed switching frequency Auto Restart Mode for Overtemperature Detection Auto R
10. GIGI PTL BI PI D 2 5 lt VINFC TRB 1 REGO2 VINSL REGO1 FWD REV VOTR VOTR VOSL VOSL VOFC VOFC AMtek SEMICONDUCTORS T Feb 2005 V1 2 DVD48 harman kardon AM5888S Motor Driver ICs Pin description PIN No Function 1 VINFC for focus driver 2 Connect to external transistor base 3 REGO2 Regulator voltage output connect to external transistor collector 4 Input for the sled driver 5 REGOL Regulator voltage output connect to external transistor collector 6 FWD Tray driver forward input 7 REV Tray driver reverse Input 9 Vccl Vec for pre drive block and power block of sled and tray 9 VOTR Tray driver output m VOTR Tray driver output VOSL Sled driver output VOSL Sled driver output Ww VOFC Focus driver output m VOFC Focus driver output VOTK Tracking driver output VOTK Tracking driver output O VOLD Spindle driver output VOLD Spindle driver output NO Vec2 for power block of spindle tracking and focus NO C No Connection NO VCTL Speed control Input of tray driver ND Ground VINLD Input for spindle driver 5 r2 O C No Connection N TRB 2 Connect to external transistor base N ON VINTK Input for tracking driver N 4 BIAS Input for reference voltage 28 MUTE
11. Bus AO S 00 07 A1 A2 Controller Shift Register NOTES FOR USE 1 Absolute maximum ratings Exceeding the absolute maximum ratings including applied voltage and operating temperature range may damage or destroy the IC Since the cause of the damage cannot be conclusively identified as for example a short or open mode be sure to take appropriate physical safety measures such as incorporating fuses whenever a special mode anticipated to exceed absolute maximum ratings is employed 2 Ground Potential Make sure the potential for the GND pin is always kept lower than the potentials of all other pins regardless of the operating mode 3 Thermal design Provide sufficient margin in the thermal design to account for the allowable power dissipation Pd expected in actual use 4 Electromagnetic fields Use in strong electromagnetic fields may cause malfunctions Be careful operating in electromagnetic fields 5 Ground wiring pattern When both a small signal GND and high current GND are present single point grounding at the set standard point is recommended in order to separate the small signal and high current patterns and to be sure the voltage change stemming from the wiring resistance and high current does not cause any voltage change in the small signal GND In the same way care must be taken to avoid wiring pattern fluctuations in any connected external component GND Rev B 84 DVD48
12. Digital video input Blue Cb D1 jL8V Powerpiforcoe Portl Digitalvideo input Blue Cb D1 Port Digital video input Blue Cb D1 syv Port1 Digital video input Blue Cb D1 5 lt Port 1 Digital video Input Red Cr CrCb lt Port 1 Digital video input Red Cr CrCb Port 1 Digital video input Red Cr CrCb 5 Port 1 Digital video Input Red Cr CrCb Port 1 Digital video Input Red Cr CrCb Port 1 Digital video Input Red Cr CrCb 5 lt Port 1 Digital video Input Red Cr CrCb Port 1 Digital video Input Red Cr CrCb Port 1 Digital video Input Green Y 30 Power jJB3V PowerpinforiO 0 Grund vss 736 2 Power 37 VSScor Port 1 Digital video Input Green Y Port 1 Digital video input Green Y Port 1 Digital video input Green Y Port 1 Digital video input Green Y 1 8 V Power pin for core 1 Port 1 Digital video Input Green Y 5 Port 1 Digital video input Green Y 5 Port 1 Digital video input Green Y 5v 8 Output to select external video mux SY Connect to Ground 43 DEV ADDRI ipt sv _ Device address setting 1 76 DVD48 harman kardon 1 GENESIS FLI2310 LF Digi
13. 124Z Te ist E Jos s OC 9000000 occ iacta O O SN MZ O OO O CO O OO CO 9 8 88 57 harman kardon DVD48 harman kardon DIPPING 2 1 m 2 i m C881 S I aL Ja JK45 20 52 C569 R565R5 3H 0512 HH 28 r3 Bee C886 L 8 eus 5 wam pa 3 J82 0883 3HH 08059 8779 0822 08216 0818 0817 2 8786 0813 8774 R773 O 2 M 7 p 32899 OO Br IBC JBL IAC JBL ARA e e a 0604 Ty a BL IC HHL JBL BL BE BL BL BL 8 cso m 9 8853 8 328 23 8 83 T B 5 534 1504 co 9 1697 al 9990900 7 77 P run i g g e e 1 8 caso 8 Cost 23 BR R855 R825 C875 ji ch 2 1 33V 5 2 0802 Bo mu 5822 88 5 cone 6536 1505 J J aL 5 8 8 6870 Cress 55 RTT T cem 1804 R835 c8252 Ed Reeg z rsss gt F 3 H vF 866 cess Elres 5 LL 8835 8252 R65
14. IN 12C POR H 4 PIN POWER PORT RESET STANDBY ES VSEL1 5 PIN STANDBY ve IZC DATA VMUTE3 6 RGB Mute SPDIF END DSD W_RESETZ 0 6 0 06 0 MCU PART for HOST UPDATE CONTRO DVD48 harman kardon gt yA O HDMI5V YO_DATA HOMI BV JK91 HDMI JACK 02 03 HDMI_MCLK H_IDCK 1 175 18 HDMILBV GND 173 ise Counter Measure AUDIO_I2S_DATA amp SPDIF up DET 2 e CA
15. 7 Auto precharge flag A10 Row Address Strobe Column Address Strobe Write Enable DQM0 3 Data Input Output Mask oe output buffers in read mode and masks input data in write DQ0 DQ31 Data Input Output Multiplexed data input output pin VDD VSS Power Supply Ground Power supply for internal circuits and input buffers VDDQ VSSQ Power supply output buffers No Connection No connection RAS CAS and WE define the operation Refer function truth table for details Rev 0 2 July 2004 4 71 DVD48 harman kardon HY57V643220D L S T P Series 4Banks x 512 32bits Synchronous DRAM FUNCTIONAL BLOCK DIAGRAM 512Kbit x 4banks x 32 1 Low Power Synchronous DRAM Self refresh Internal Row logic amp timer Counter 512Kx32 BANK 3 CLK a 512Kx32 BANK 2 Row Active Pre 512Kx32 BANK 1 CKE Decod gt 512Kx32 BANKO __ OoOO CS a CU O 5 5 9 DQO 0 a e X D RAS 71819 e CAS D 21112171 E WE Column S Fl WE Pre 9 DQM0 3 Decoder 5 DQ31 Column Add Bank Select Counter Address Register Burst Counter Mode Register Mode Register Data Out Control Pipe Line Control gt a a e E o Rev 0 2 July 2004 12 DVD48 harman kardon Ku Z DISPLAY PERFECTION FAROUDIA DCDi CINEMA FLI2310 LF CF Digital
16. 158 PLL_PVSS Ground Groundfor PLL pads 159 AVSS PLL BEI Ground 12 PL Ground Power l8V PowepinfoPLL 000000005 161 AVDD PLL 2 Power L8V Powerpin for PLL 162 AVSS PLL Ground plLGowmd 163 AVSS PLL SDI Ground 000 Power 18 165 AVDD PLL FE Power Power 1 1 8 V Power pin for PLL 166 AVSS PLL FE Ground PLLGomd 167 R_VSS Ground Power FV 169 R vss Ground 170 Reserved 71 O RYDD Powr BBV Ground 13 Reserved O 74 Powr O 175 VSS Reserved Ground 02 Leaveopen 00000000 x Leave open 177 RVDD Powr 83 79 DVD48 harman kardon GENESIS FLI2310 LF Digital Video Converter Data Sheet DISPLAY PERFECTION Pin Voltage interna Pin Name I O Type 5 Drive Pull up Description No Tolerance Pulldown 178 55 179 Reserved 180 Reserved 181 Reserved 182 RVSS 0 0 0 00 00000 18 R VDD Powr 33V 184 R vss Gowd Ground 005 185 VSS Ground Qmd 0 0 0 000 186 JR VDD Powr 33V IS R VDD 1 P
17. Flashes when the disc is in Reverse Slow Play mode The on screen banner display indicates the selected speed 1 2x 1 4x or 1 8x DVD48 Remote Infrared IR Input and Output When the Remote IR sensor on the front panel is blocked such as when the DVD 48 is placed inside a cabinet connect the IR Output of your receiver processor or an optional IR receiver to the Remote IR Input jack for use with the remote control The Remote IR Output may be connected to the Remote IR Input of a compatible source device or other product to enable remote control through the DVD 48 When several devices are used connect them in daisy chain fashion HDMI Output If you have an HDMI compatible receiver or video display device connect this output to an HDMI input on the receiver or video display for high quality digital audio and video Even if your receiver is not capable of processing audio in the HDMI format you will still experience the superb reproduction of HDMI video In all cases the video display must be HDCP compliant in order to use the output For best results we do not recommend HDMI tions in excess of ten feet without a repeater If your video display has a DVI input you may use an optional HDMI to DVI cable or adapter for the video connection to the display and a separate audio connection The DVD 48 is Simplay HD verified for compatibility the connection with other Simplay HD verified p
18. Power Dissipation Tc 25 C Power Dissipation KIA7805API Without Heatsink KIA7824API Operating Junction Temperature 30 150 Storage Temperature 55 150 138 DVD48 harman kardon SEMICONDUCTOR KIA79L05BP TECHNICAL DATA KIA79L24BP BIPOLAR LINEAR INTEGRATED CIRCUIT THREE TERMINAL POSITIVE VOLTAGE REGULATORS SV 6V 8V 9V 10V I2V 15V 18V 20V 24V 9t Sa IM MILLIMETERS FEATURES P 003 Best Suited to a Power Supply for and CMOS 5 20 222 7 0 60 MAX Built in Overcurrent Protective Circuit 2 50 Built in Thermal Protective Circuit 1 27 170MAX 0 55 14 00 0 50 0 35 MIN 0 75 0 10 4 25 1 25 1 50 0 10 MAX 12 50 0 50 1 00 Output Current 150mA T 25 Packaged in TO 92L 1 2 INPUT 3 OUTPUT A B C D E F G H J K L M N 0 P Q R S TO 92L KIA79LOSBP 791 15 Input Voltage V KIA79LISBP Power Dissipation Tc 25 C Pp 8 MAXIMUM RATINGS Ta 25 C 35 40 00 w Operating Junction Temperature 30 150 CHARACTERISTIC SYMBOL RATING UNIT Operating Temperature C Storage temperature EQUIVALENT CIRCUIT GND 9 O 1
19. vewpartnroura4 E VID FUR ADI UR_ADS UR_AD2 11 o UR_AD4 ADIB lt sure vsysc apoloza teu vsvuc n 5 vox rcurs L seu m 2 1 f re psa ADA LAOUTS IDGPCIO 3 wara zrur ocsctoo RaucL lBeotClock Crumble Resister value JAQUT3_PCM Lt Rt AOUTO_PCM fL fR fouTt_pcm C SW lAQUT2_PCM sL sR GND 2 5 9 E N 3 5 HDM 1 gt A E P5 A ae MI RE AR SHEE A N C
20. 15 assumed that the reader 15 familiar with the various discs PEG MPEG 4 MPEG 2 and MPEG 1 international standards and the industrial standards for DivX DVD Video DVD Audio and the various types of CD and flash card formats Note This document contains information from industrial standards that were obtained by Zoran harman kardon Vaddis 778 Data Sheet from other corporations under a Non Disclosure Agreement The Vaddis 778 receives data from the disc loader optical pick up unit OPU through an external RF amplifier limit switches and other sensors and control the disc loader focus and tracking coils sled spindle and tray motors through a servo amplifier external device s The Vaddis 778 implements all the signal processing multi pass ECC EDC track buffer management and servo functions that result in a error corrected bitstream The Vaddis 778 can perform the decryption processes for bitstreams originating from a DVD Video or DVD Audio discs or from DivX bitstreams The max data read rate for all types of CD discs is 8x 8 1 411 Mbits Sec max data read rate for DVD discs is 2x 2 10 08 Mbits Sec The Vaddis 778 outputs interlaced or progressive CCIR size also called SD or D1 size 4 2 2 Y U and V digital video The representation of each component sample is 8 bits Suitable post processing to transform the original decoded size and format e g size size MPE
21. 06 0 Zn 08 R10 07 0 9 I n R18 OUTPUT 1 O 3 R 20 017 R2 l 018 21 1 016 4913 R3 1 Ru 15 R16 INPUT O 2 139 1997 3 21 1 13 DVD48 harman kardon Optic receiver modules KODENSHI KSM 60 2 KSM 70 TH2 DIMENSIONS Unit mm The KSM 600 TH2 consist of a PIN Photodiode of NOTE high speed and a preamplifier IC in the package as an ie TH2 70 2 receiver for Infrared remote control systems 21129 Vout Vout GND Vcc Vcc GND FEATURES One mold small package 5 Volt supply voltage low power consumption Shielded against electrical field disturbance High immunity against ambient light Easy interface with the main board TTL and CMOS compatibility APPLICATIONS TV VTR Acoustic Devices Air Conditioners Car Stereo Units Computers Interior controlling appliances and all appliances that require remote controlling MAXI MUM RATINGS B P F CENTER FREQUENCY Model NO B P F Center Frequency kHz Symbol 5 1 2 400 ELECTRO OPTI CAL CHARACTERI STI CS Ta 25 0 Vcc 5 0V Symbol Supply Voltage 4 5 Peak Wavelength 1 B P F Center Frequency Ap 1 axis Burst Wave 600u s 1 2 Output 1 Note 1 It specifies the maximum distance between emitter and detector tha
22. 3 A 1 D 0013 H DQ 15 D DQ 2 DQ 14 D DQ 12 GND_IO1 99 GND_IO5 H DQ 13 98 D_DQ 3 H DQ 12 6 D 0011 H DQ 11 96 00014 H DQ 10 8 D DQ 10 H DQ 9 9 D DQ 9 VCC 101 D DQ 6 0018 VCC 104 DQ 7 D DQ 8 H DQ 6 90 D H DQ 5 89 D LDOM H_DQ 4 D UDQM H DQ 3 D DQ 5 GND 102 86 D H procclock VCC Core2 VCC Corel SAA7893HL GND Core2 GND GND 104 Sys D CASn DQ 2 D RASn H DQ 1 80 D Wen H CSn D_ADDR 11 H DQ O D ADDR 12 H RWn D ADDR S H WAIT VCC 103 H_IRQn D ADDR 13 aud D ADDR S PCM in D ADDR 10 PCM wclk in D ADDR 7 VDDA D ADDR O VSSA D 6 biasin 69 GND 103 Agcinp 68 D ADDR 1 Adcrell D_ADDR 5 VCC_IO7 66 0 2 GND_IO7 D ADDR 4 112 151 8 8 2 S 9 8 9 8 S 5 18 e B c E S T X eo O Se Ce on OR X aS TaI 4 2 2 S ES o o o o o o o gt gt lt gt en ea 2 m E 0 m m 5 m Fig5 Pin configuration 9397 750 10925 153 Koninklijke Philips Electronics N V 2003 All rights reserved DVD48 Philips Semiconductors 9397 750 10925 Table 2 H_A 1 H DQ 15 H DQ 14 101 H_DQ 13 H_DQ 12 H_DQ 11 H_DQ 10 H DQ 9 101 008 H 007 DQ 6 00 H DQ 4 H DQ S 102 H_procclock Corel GND_Core1 Sys clk
23. 720ORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 44 Phone 408 523 6500 Fax 408 523 6501 ZORAN Froprietary 107 Pin Number Pin Functions harman kardon 40 41 42 43 44 45 46 47 48 49 50 FCUIR21 MEMAD 5 FCUIH15 VDDP FCUIT2 MEMAD 4 FCUI 14 MEMAD FCUI A 1 MEMAD 3 2 FCUMTI3 12 MEMCS0 MEMADI 1 1 BOOTSH 2 MEMADJO FCUIH10 BOOTSH 1 GNDP Direction Description Flash card interface unit input output signal O PNVM SRAM address bus outputs O Flash card interface unit output signal S 3 3 V Digital periphery power supply PNVM SRAM 01 directional data bus O Flash card interface unit output signal PNVM SRAM address bus outputs O Flash card interface unit output signal O PNVM SRAM read enable active low output Hash card interface unit input output signal O PNVM SRAM address bus outputs O Flash card interface unit output signal O PNVM SRAM chip select active low output O PNVM SRAM address bus outputs O Hash card interface unit output signals GPU SW boot and execute source selection high high For production testing high low Flash SRAM for debug monitor low high First debug UART low low Flash low or Level sampled during RESET O PNVM SRAM address bus outputs O Flash card interface unit output signals CPU SW boot and execute sou
24. DVD48 harman kardon We strongly recommend that plasma and CRT owners use the Video 0ff function liberally Press the button a second time to reactivate the video displays NOTE The DVD 48 features a screen saver that you may set to appear automatically after a period of inactivity However the screen saver does not become activated when the DVD 48 s Setup menus are on screen The DVD 48 also allows you to set one of two Auto Power Off modes in the GENERAL SETUP menu that turn off the DVD 48 after a longer period of inactivity See the Initial Setup section for more information Dimmer Some people find the front panel displays distracting especially while watching a movie in a darkened room Each press of this button cycles through the Full Brightness Half Brightness and Off settings The Power Indicator will always remain lit to remind you that the DVD 48 is turned on NOTE You may enter commands and operate the DVD 48 normally even with the front panel display fully dimmed The display will wake for about one second when a command 5 entered Audio Mode This button adjusts the Analog Output setting which 5 also found in the AUDIO SETUP menu There are two available settings Multichannel and Stereo The first button press displays the current setting and each additional press toggles between the settings The Stereo or 2 Channel setting outputs a 2 channel downmixed signal to both sets of Left Right Analog Audio Output
25. EA _____________ 1740808 __ ________ EA ___________ 1582 ______ HARMAN KARDON FRONT EA ____________ 752 ______ __ ___________ 75 7632 X JORNAMENT BADGE 1 EA ___________ 1592 ______ HARMAN KARDON TOP ___________ 4 166644 J CABINET TOP tA jJOTBD8 10OFZR SCREW 6 ___________ 5 4 EA JOTB3 6FFZR_ SCREW 0000 EA OO CADDVD277A4 DVDMECHANISMASSY KOM J 1 EA ____________ 250 GUIDE CABLE OO OWB1B90M50E WIRE ASSY 27 _____________ 5 9061505 X WREASSY 2 FA JOWCIG2A24G2508 CABLE CARD 7 ____________ 250 GUIDE CABLE OOO OWB1B90M50E WIREASSY _____________ 5 9061505 X WREASSY 2 2402508 CABLE CARD 7 ____________ CUSHION FOOT EA DHR80 CLAMPER 8 ___________ 1 3292 PANEL REAR DVD459 AB EA OKL2A180H33 FOOT EA ________ 2920702 7 JFERRITECORE 1 EA 1 0907 FERRITECORE__________ O EA j 12011 AAA AAA 92 O 5 c C c 0 A U N FOR CONTINUED PROTECTION A
26. 137 R V Pr OUT 1 TristateO P 5v 8mA Digital video output Red V Pr 138 VDDcore7 Power 1 8V Powepinfocoe 139 Ground 140 R V Pr OUT 2 TrisateO P 5v 8mA Digital video output Red V Pr 141 R V Pr Tristate O P 5v 8mA Digital video output Red V Pr 142 R V Pr OUT 4 Tristate O P 5v 8 Digital video output Red V Pr 143 R V Pr OUTS 5v 8mA Digitalvideooutput Red V Pr 144 R V Pr OUT 6 Triste 5v 8 Digital video output Red V Pr 145 R V Pr OUT 7 TritaeOP 5v 8 Digital video output Red V Pr Power 0 p3V PowepinfolO 147 VSS Ground 0 0000000 148 G Y Y Tristate OP 5v 8mA video output Green Y 149 sv Sm Digital video output Green Y 150 GNA oUr Sv sma Digital video output Green Y OUT 3 Triste oP Sv Digital video output Green Y 12 ____ oP 5v Sm Digital video output Green Y 13 GNA OUT 5 Sv sma Digital video output Green Y risa OUT 6 Triste oP Sv sma Digital video output Green Y 155 GYY OUT sv Digital video output Green Y 156 Input 5 Output data enable for Digital video output Power 18V PowerpinforPLLpads
27. Analog connections require two cables one for the left channel white and one for the right channel red See Figure 3 These two cables are often attached to each other for most of their length Most devices that have digital audio jacks also have analog audio jacks We recommend that you always connect the DVD 48 s 2 Channel Analog Audio Outputs to your receiver processor or to your TV if you are not using a receiver There are four reasons to use analog audio connections even if you are using one of the digital audio connections 1 To make recordings Most DVDs are protected from digital copying and only analog copies are permitted Please make sure to comply with all copyright laws when making recordings for personal use multiroom system Many receivers and processors require sources used in multiroom systems to output analog audio signals When connecting the DVD 48 directly to a non HDMI TV The TV may not have digital audio inputs 4 When playing high resolution 96kHz PCM audio discs If your receiver IS not capable of processing 96kHz audio you may need to use the analog audio connection NOTE The DVD 48 is capable of downmixing multichannel materials and outputting a 2 channel downmix Make sure to adjust the Analog Output setting in the AUDIO SETUP menu to Stereo Analog audio L cable RCA O R Figure 3 Analog Audio RO DVD48 Multichannel analog connections are used with
28. DVD48 harman kardon Data Sheet 2 36778 Vaddis 778 Advanced Featured DVD SoC Version 0 9 19 Sep 2004 ZORAN Proprietary ZORAN Corporation 1390 Kifer Road Sunnyvale 94088 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprielary 100 DVD48 1 Introduction 1 1 General This document describes the technical specification of the Vaddis 778 disc loader controller flash memory card reader and decoder device The Vaddis 778 can control disc loaders and read bitstreams using the following media DVD ROM DVD R DVD R DVD RW DVD RW CD DA CD ROM CD ROM CD R and CD RW discs The Vaddis 778 can read the following types of serial and parallel flash memory cards Secure Digital SD Memory Stick MS and MS Pro Compact Flash CF and Smart Media SM and XD The Vaddis 778 can playback all discs conforming to the above standards including support of sub pictures highlignts and closed captions with the exception of DVD Audio ASV transition effects The Vaddis 778 can playback MPEG 1 Layer 3 MPEG 2 Layer 3 including low sampling rates DTS AAC or WMA type audio files from CD ROM CD R and CD discs Vaddis 778 can playback various types of JPEG MPEG 4 and DivX bitstreams from files on DVD ROM DVD R DVD RW CD ROM CD Rand CD RW or on flash cards or SACD with external SACD decoder chip Vaddis 778 is pin compatible with Vaddis 770
29. H DQ 2 H DQ 1 H CSn DQ 0 H RWn H WAIT H aud clk PCM in PCM wcIk in VDDA VssA biasin Agcinp Adcrell VCC_IO7 GND_IO7 6 2 Pin description Pin description G 02 GQ 02 IO IO IIO NN NN a a a ok Ob AN O WN AN OT O O N T 154 010 010 GND_IO 1 010 1 010 1 010 1 010 1 010 VCC IO 1 010 1 010 1 010 1 010 1 010 010 GND_IO IN VCC core GND core IN 1 010 1 010 IN 1 010 IN O10 O10 harman kardon SAA7893HL Super audio media player address bus data bus data bus GND I O pads data bus data bus data bus data bus data bus Vcc I O pads data bus data bus data bus data bus data bus data bus GND I O pads host processor EMI interface clock core supply voltage core ground system clock data bus data bus host chip select active LOW data bus read 1 write 0 wait signal interrupt request active LOW DSD audio clock PCM data clock PCM word clock of ADC Vss of AGC and ADC connected to substrate bias current input AGC positive input signal HF in ADC decoupling Vcc I O pads GND I O pads PCM data center or LFE Koninklijke Philips Electronics N V 2003 All rights reserved DVD48 Philips Semiconductors 9397 750 10925 Table2 Pi
30. 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Froprietary DVD48 harman kardon Vaddis 778 Data Sheet 1 3 Typical Applications Qand alone DVD and CD disc players See example block diagram in the figure below no A Receiver SPVI2C GPIO DDC 8 16 Mbits NOR Flash 27 MHz RESET 32 64 128 Mbits SDRAM Disc loader 9 1 RF amp lt Servo amp S PDIF TV Stereo 2108 MICS Speakers Monitor 1 DVD Player Diagram The pins used for disc loader and NOA flash interface have a second function for direct flash card reading not shown Interface to an HD TV monitor is through an HDXtreme companion chip not shown When needed tne 64 Mbits can be replaced by 128 Mbits SDRAM ZORAN Corporation 1390 Kifer Road Sunnyvale 94088 5305 Rh Phone 408 523 6500 Fax 408 523 6501 ZORAN Froprietary 103 DVD48 harman kardon 2 Functional Description 2 1 External interface The main external interfaces of the Vaddis 778 are shown in the next figure The pins used for disc loader and NOR flash interface have a second function for direct flash card reading not shown Interface to an HD TV monitor is through an HDXtreme companion chip not shown Loader TRAY SPINDLE S PDIF S PDIF 27 MHZ RESET Vaddis 778 Digital Video TV Monitor SDRAM Front Panel Concentrator NOR RF amp UARTs Flash Servo
31. 94 1 EA 081 4 TRANSISTOR KTD1304 1 EA 0812 HVTKTDi304T TRANSISTOR CHIP MUTE 94 1 Q813 HVTKTDi304T TRANSISTOR 94 EA 38 DVD48 harman kardon Ref Designator_ Part Number po Description 0 p ____ _____ ____ __ ________ MAIN FRONT PCB ASS YS Z a AAA A AAA NM MET TRANSISTOR CHIP MUTE RISE AA Gh sins Resistors J _ EE A ANA ____ _ A RES 4ARRAY 1608 4 RES 4ARRAY 1608 4 RES ARRAY 10K 1608 10K 1608 39 Se Le la DVD48 harman kardon Ref Pad Number EE Number _ P MEAS ASS YS Lue ume aay Geng E RN92 CRJ104DJ330T RES 4ARRAY 1608 2 304 04 1 RN93 CRJf04DJ330T RES 4ARRAY 1608 2 1 RES 4ARRAY 16084 33 1608 4 1 FEA 470 OHM 1 1608 SIZE 470 OHM 1 1608 SIZE 40 DVD48 harman kardon Ref Ret Designator Pad Number Number a P ERES ASS YS es es ME CHIP RES 1 39 Ohm 39 OHM 1 1608 SIZE RES CHIP 392R 1 41 DVD48 harman kardon Ref Ret Designator Pad Number Number a ERE
32. Applications Consumer DVD players Home cinema Car audio systems 9397 750 10925 Koninklijke Philips Electronics N V 2003 All rights reserved 151 DVD48 harman kardon Philips Semiconductors 77 7 Super audio media player 4 Ordering information Table 1 Ordering information SAA7893HL LQFP128 plastic low profile quad flat package 128 leads body 14 x 20 x 1 4 mm SOT425 1 5 Block diagram Figure 4 shows the block diagram of the SAA7893HL with all defined functions host_sel HOST INTERFACE REGISTER SAA7893HL HOST EBONE MEMORY INTERFACE END MANAGER P INTERFACE 8 CHANNEL DECRYPTION DSD2PCM SECTOR gt CONVERSION PROCESSOR DEMUS VOLUME CONTROL PI BUS SACD 2 5 or 6 channel SPEAKER SETUP to gt AUDIO LOSSLESS DSD PCM CONTROL INTERFACE DECODER DELAY DAC MATRIX SDRAM INTERFACE to 64 Mbit sys_clk aud_clk external PCM SDRAM 27 35 MHz 256 384 512 768 fs MBL615 Fig 4 Block diagram 9397 750 10925 O Koninklijke Philips Electronics N V 2003 All rights reserved 152 DVD48 Philips Semiconductors 6 Pinning information harman kardon SAA7893HL Super audio media player 6 1 Pinning zi ui Sa SS MR 988 588886858888 amp i el oul 5 19 1917 e Jal 2 2 2 2 12 2 2
33. Do not use freon propelled chemicals These can generate electrical charges sufficient to damage ESD devices 6 Do not remove a replacement ESD device from its protective package until immediately before you are ready to install it Most replacement ESD devices are packaged with leads electrically shorted together by conductive foam aluminum foil or comparable conductive materials 7 Immediately before removing the protective material from the leads of a replacement ESD device touch the protective material to the chassis or circuit assembly into which the device will by installed CAUTION BE SURE NO POWER IS APPLIED TO THE CHASSIS OR CIRCUIT AND OBSERVE ALL OTHER SAFETY PRECAUTIONS 8 Minimize bodily motions when handing unpackaged replacement ESD devices Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can gen erate static electricity sufficient to damage an ESD device DVD48 Applicable Disc Disc formats Region code DVD layers Audio formats Stil image format Video Signal System HDMI Output Composite Video Output S Video Output Y luminance C chrominance Component Video Output Analog Audio Output 5 inch 12cm or 3 inch 8cm DVD Video DVD Audio SACD standard conforming DVD R DVD R DVD RW DVD RW VCD CD CD R CD RW or MP3 discs DVD video disc with Code 1 or 0 only Single side single layer singl
34. Minimum shift pulse to High speed mode Minimum shift pulse width normal mode This product is not assessed whether to be strategic materials in foreign exchange and trade law or not so please confirm at trading This product is not deigned against radioactive ray PHYSICAL DIMENSIONS 10 0 0 2 6 2 0 3 1 5 0 1 SOP16 UNIT mm Rev B 82 DVD48 harman kardon 3 4 Pin Description Shift pulse for shift register Data input for shift register data is set at rising edge of shift pulse js ao A Jami 0 00 A Address input 1 Address input 2 1st bit output it becomes 1 when data in register is 1 2nd bit output it becomes 1 when data in register is 1 3rd bit output it becomes 1 when data in register is 1 4th bit output it becomes 1 when data in register is 1 Fu spa cep l a ejoa Oo oe amp 5th bit output it becomes 1 when data in register is 1 to los os jo s vs ds vpo wo 6th bit output it becomes 1 when data in register is 1 Tth bit output it becomes 1 when data in register is 1 8th bit output it becomes 1 when data in register is 1 Power supply Rev B 83 DVD48 harman kardon nonm 4 4 BLOCK DIAGRAM Power On Reset SDA SUS
35. SDRAM address bus GND I O pads SDRAM address bus SDRAM address bus SDRAM address bus SDRAM address bus SDRAM address bus SDRAM address bus Vcc pads SDRAM address bus Koninklijke Philips Electronics N V 2003 All rights reserved DVD48 Philips Semiconductors 9397 750 10925 Table 2 Symbol D_ADDR 12 D_ADDR 11 D Wen D_RASn D CASn GND 104 GND Core2 VCC Core2 D clk D DQ 5 D UDOM D_LDQM D DQ T7 D 098 VCC_IO4 D DQ 6 D DQ 9 D DQ 10 D DQ 4 D DQ 11 D DQ 3 GND 1O5 D DQ 12 D DQ 2 D DQ 13 D DQ 1 D DQ 14 D 0910 105 D DQ 15 DSD PCM O0 DSD POM 1 DSD 2 DSD PCM 3 GND 106 DSD 4 DSD 5 DSD PCM 6 DSD 7 DSD PCM 8 VCC 106 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 Pin description continued 156 O10 O10 O10 O10 O10 GND IO GND core VCC core O10 010 10 10 1 010 1 010 VCC_IO 1 010 1 010 010 1 010 1 010 1 010 GND_IO 1 010 1 010 1 010 1 010 1 010 1 010 VCC_IO 1 010 O10 O10 O10 O10 GND_IO O10 O10 O10 O10 O10 VCC_IO harman kardon SAA7893HL Super audio media player Ti E 9 4 SDRAM address bus SDRAM address bus read or write row address select active LOW column address select active LOW GND I O pads c
36. The first output appears in CAS latency number of clock cycles after the issue of burst read command The burst length burst sequence and latency from the burst read command is determined by the mode register which is already programmed The burst read can be initiated on any column address of the active row The address wraps around if the initial address does not start from a boundary such that number of outputs from each 10 are equal to the burst length programmed in the mode register The output goes into high impedance at the end of burst unless a new burst read was initiated to keep the data output gapless The burst read can be terminated by issuing another burst read or burst write in the same bank or the other active bank or a precharge command to the same bank The burst stop command is valid at every page burst length BURST WRITE The burst write command is similar to burst read command and is used to write data into the SDRAM on consecutive clock cycles in adjacent addresses depending on burst length Elite Semiconductor Memory Technology Inc 128 harman kardon M12L64164A and burst sequence By asserting low on CS CAS and WE with valid column address a write burst is initiated The data inputs are provided for the initial address in the same clock cycle as the burst write command The input buffer is deselected at the end of the burst length even though the internal writing can be completed yet The writing can
37. cycles initiated by a single control command Burst length of 1 2 4 8 or full page and the burst count sequence se quential or interleave A burst of read or write cycles in progress can be terminated by a burst terminate command or can be interrupted and replaced by a new burst read or write command on any cycle This pipelined design is not re stricted by a 2N rule FEATURES e Voltage VDD VDDQ 3 3V supply voltage e Auto refresh and self refresh e device pins are compatible with LVTTL interface e 4096 Refresh cycles 64ms e standard 400mil 86pin TSOP II with 0 5mmof Programmable Burst Length and Burst Type pin pitch 1 2 4 8 or full page for Sequential Burst e inputs and outputs referenced to positive edge of system clock 1 2 4 or 8 for Interleave Burst e Data mask function by 0 1 2 and 3 e Programmable CAS Latency 2 3 Clocks e Internal four banks operation e Burst Read Single Write operation ORDERING INFORMATION requency HY57V643220D L S T P 45 222MHz HY57V643220D L S T P 5 200MHz 4Banks x 512Kbits 86pin TSOP II HY57V643220D L S T P 55 183MHz 32 Lead Free HY57V643220D L S T P 6 166MHz HY57V643220D L S T P 7 143MHz Note 1 HY57V643220DT P Series Normal Power 2 HY57V643220DLT P Series Low Power 3 HY57V643220DST P Series Super Low Power 4 HY57V643220D L S T Series Leaded 5 HY57V643220D L S TP Series Lead Free This document is a general pro
38. either the Pan scan or the Letterbox methods When the digital video output is interlaced the Vaddis 778 output analog interlaced video through a video encoder and four 10 bits DACs that are included in the Vaddis 778 Analog outputs can be either composite CVBS and Y C of S video or component R G and B or Y and V When the digital video output is progressive the Vaddis 778 output analog progressive video in components format only through the three components DACs or compatible interlaced video The video encoder and DACs operate with a 54 MHz clock The audio output is 16 18 20 or 24 bits two to eight channels PCM samples at 16 22 05 24 32 44 1 48 96 or 192 KHz with each pair of e g left and right samples interleaved on a serial bus according to several flavours of the 125 standard Post processing of the decoded audio and one stereo digital audio input suitable for Karaoke and similar applications is supported Audio coded data or reconstructed data can be output on a single line using an internal S PDIF harman kardon transmitter PCM or coded audio data can be also input through one ol two Y PDIF TTL inputs using a Y PDIF receiver to recover the input bit clock The Vaddis 778 can also output 8 bits Y U and V 4 2 2 digital 50117 video to the HDXtreme companion chip in various formats compatible with the HOXtreme as long as the sample rate s less than 135 MHz and the width of
39. 05 5 gt Q 0 Q e 0 9 0 1 0 15 0 1 0 05 FEATURES High Speed tpa 7ns Typ at Vcc 5V Low Power Dissipation Icc 14A Max at Ta 25 C High Noise Immunity 28 Vcc Min Low ON Resistance Ron 1000 at 9 Low THD 0 05 Typ at Vcc 5V MAXIMUM RATINGS CHARACTERISTIC SYMBOL RATING MARKING Type Name DC Supply Voltage 0 5 10 Vro 0 5 Vcc 0 5 Control Diode Current Ick Output Diode Current Through I O Current DC Vcc Ground Current Power Dissipation IN OUT Storage Temperature OUT IN Lead Temperature 10s 89 DVD48 harman kardon KIC7566FU LOGIC DIAGRAM TRUTH TABLE CONTROL SWITCH FUNCTION 1 0 2 0 RECOMMENDED OPERATING CONDITIONS CAC r T mam _ 0 1000 Vcc 2 0V Input Rise and Fall Time pe 0 250 Vcc 9 0V DC ELECTRICAL CHARACTERISTICS CHARACTERISTIC SYMBOL TEST CONDITION High Level Control V Input Voltage Low Level Control Vic Input Voltage Vin Vinc to GND VyozlmA ON Resistance Ron Vin Vinc to GND VyoxlmA Input Output Vos Vcc or GND Leakage Current Vis GND or 1000 SWITCH OFF Vin Virc 90 DVD48 harman kardon ZORAN CORPORATION ZR36 07TQCG DVD 16x Analog Front end Electrical Specifi
40. 6700820 1 122 7 CLZ0Zo40 Y COIL CHOKE 6 8U 670 1 EA 1323 0790407 COIL CHOKE 68uH 670 8 1 EA 1324 7 079040 6 670 1 EA 1325 7 12920407 COIL CHOKE 68uH 670 1 EA 1326 7 0790404 COIL CHOKE o 8U 670 8 1 EA CHOKE S CWZDVD48BN81A X NLETWIREASSY CWZDVD48BNS3JA 1 JEA ____________ 8 0042 RECEPTACLE AC 25A250V U 7155 1 EA CWZDVD48BN81 WIRE 2PINLET 2P 200mm CWZDVD48BN3 1 EA _ __ O S GALL A V7 ZAS d i MECHANICAL y AA A A A OWZDVD48BNS1A NLETWIREASSY EA 012 1 JEA 1 EA ____________ 154____ ___ JCLAMPER ARM 12 042 O FRONTPANELASSY DVDd8 2 8497 KNOB FUNCTION po INDICATOR POWER____________ EA 8 JjJDOORDVD tA ___________ 1 O 1822 48 EA 7 CGUiA8827 2 41 PANELFRONT EA 2 OGXIA374YCO3 j ORNAMENT DOOR 9 po 1 214 JPLATE EARTH 2 EA 51 DVD48 harman kardon Ref Ret Designator Pad Number _ woma L o AAA 1 1 EF 2 jscRw EA __________
41. 81 39 1 7 19 010 O 2 su s s S uonoes 1080 INMd 210 epo 3 1351000 sung uejses lt WMd T lt jeuueu L u T ASL E A990 jeuJeju O Me yun 0 1402 I OVA 02 qd suso 5105 O lt 0O 98 Representative Blockdiagram Figure 5 Version 2 0 61 DVD48 harman kardon K E SEMICONDUCTOR KIC7SZ0SFU TECHNICAL DATA SILICON MONOLITHIC CMOS DIGITAL INTEGRATED CIRCUIT 2 INPUT AND GATE FEATURES High Output Drive 24mA Typ Vcc 3V Super High Speed Operation tpp 2 7ns Typ Vcc 5V DOpF M MILLIMETERS 2 00 0 20 1 3 0 1 2 1 0 1 Operation Voltage Range 1 8 2 5 Supply Voltage Data Retention Vcc 1 5 5 5V 5 Tolerant Function 1 251 0 1 0 65 8 0 10 0 05 0 0 1 0 9 0 1 0 15 0 1 0 05 o T MAXIMUM RATINGS CHARACTERISTIC SYMBOL RATING UNIT Supply Voltage Range 0 5 6 MARKING Output Diode Current oK DC Output Curren
42. B Cb D1_4 15 R V Pr_OUT_4 VDDcore1 R V Pr_OUT_3 VSScore 140 R V Pr OUT 2 B Cb D1 5 VSScore B Cb D1_6 VDDcore7 B Cb D1_7 20 R V Pr_OUT_1 R Cr Cb Cr 0 R V Pr OUT 0 R Cr Cb 1 135 B U Pb OUT 7 R Cr Cb Cr 2 B U Pb OUT 6 R Cr Cb B U Pb OUT 5 R Cr Cb Cr 4 25 B U Pb OUT 4 R Cr Cb Cr 5 B U Pb OUT 3 R Cr Cb Cr 6 130 B U Pb OUT 2 R Cr Cb 7 VSS G Y Y 0 VDD7 VDD2 30 B U Pb OUT 1 VSS B U Pb OUT 0 G Y Y 1 125 CLKOUT G Y Y 2 VSScore G Y Y 3 VDDcore6 G Y Y 4 35 CTLOUT4 VDDcore2 CTLOUT3 VSScore 120 CTLOUT2 G Y Y 5 CTLOUT1 G Y Y_6 CTLOUTO G Y Y_7 40 TEST OUT1 IN_SEL TEST OUTO TEST 115 TEST3 DEV_ADDR1 SDRAM CLKIN DEV_ADDRO VSS SCLK 45 VDD6 SDATA SDRAM CLKOUT RESET_N 110 SDRAM DQM VDD3 SDRAM CSN VSS SDRAM BAO SDRAM DATA 0 50 SDRAM BA1 SDRAM DATA 1 SDRAM CASN SDRAM DATA 2 105 SDRAM RASN LO o LO o LO o LO SRP PES 0095998588581 6658885 20 da Za k kk kE lt gt lt lt lt O lt lt lt lt lt lt lt lt lt lt RO lt lt lt lt lt lt AS 22222355 2222 2222222222 3 gt 2 6 lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt gt
43. Blue HD Analog Output 23 P_HSYNC Video Horizontal Sync Control Signal for HD in Simultaneous SD HD Mode and HD Only Mode 24 P_VSYNC Video Vertical Sync Control Signal for HD in Simultaneous SD HD Mode and HD Only Mode 25 P_BLANK Video Blanking Control Signal for HD in Simultaneous SD HD Mode and HD Only Mode 48 S_BLANK Video Blanking Control Signal for SD Only 49 S_VSYNC Video Vertical Sync Control Signal for SD Only 50 S_HSYNC Video Horizontal Sync Control Signal for SD Only 13 12 Y9 to YO SD or Progressive Scan HDTV Input Port for Y Data Input port for interleaved progressive scan 9 2 data The LSB 15 set up on Pin YO For 8 bit data input LSB is set up on 2 30 26 C9 to CO Progressive Scan HDTV Input Port 4 4 4 Input Mode This port is used for the Cb Blue U data 18 14 The LSB is set up on Pin CO For 8 bit data input LSB is set up on C2 Rev 0 Page 17 of 88 87 DVD48 harman kardon ADV7320 ADV7321 Pin No Mnemonic Input Output Description 62 58 S9 to SO SD or Progressive Scan HDTV Input Port for Cr Red V Data in 4 4 4 Input Mode LSB is set up 55 51 on Pin S0 For 8 bit data input LSB is set up on S2 33 RESET This input resets the on chip timing generator and sets the ADV7320 ADV7321 into default register setting RESET is an active low signal 47 35 Rser1 Rser2 A 3040 O resistor must be connected from this pin to AGND and is used to control the amplitudes of the DAC outputs 22 SCLK Port S
44. Enter Button The dialog box will disappear and the DVD 48 will begin playing the new group System Setup Press this button to access the SYSTEM SETUP menu See the Initial Setup section for more information Disc Menu Press this button while a DVD is playing to view the disc s menu Some DVD Audio discs may require you to press the Title Button to access the disc menu Status When a disc is playing press this button to view the Status Display which contains playback mode information The Status Display is not available for MP3 WMA or J PEG discs Return Press this button while viewing the DVD 48 s Setup menus or Status Display to return to a previous screen or clear the display It has no effect on a disc s menus Transport Controls These buttons are used to operate the disc player Use the controls to skip forward or in reverse by track or chapter to fast search forward or in reverse and to play pause or stop the disc After pressing the Pause Button the Skip Buttons may be used to step frame by frame through a video presentation and the Fast Search Buttons may be used for slow play Angle When a DVD encoded with multiple camera angles is playing and when the Angle Icon appears to indicate that the multiple angle passage has been reached press this button to cycle through the various available angles This button is also used to rotate still images Each press rotates the image 90 degrees clockwise Zoom When viewi
45. Incorrect disc type SA CD Mode setting in CD mode for non hybrid SACD disc Invalid Region Code Rating is above parental control setting Load disc label side up align the disc with the guides and place it in its proper position Check to see that the disc is SACD CD CD R CD RW VCD MP3 WMA J PEG DVD R RW DVD R RW standard conforming DVD Audio or DVD Video other types will not play Non hybrid SACD discs are not recognized by the DVD 48 Change the SACD Mode setting in the GENERAL SETUP menu to SACD Use Region 1 or Open Region 0 disc only Enter password to override or change rating settings No sound ntermittent connections ncorrect digital audio input selection DVD disc is in fast or slow mode Surround receiver not compatible with 96kHz PCM audio SACD disc is loaded without using analog audio connection Wrong Analog Output setting in AUDIO SETUP menu DVD Audio disc is playing with DVD Audio Mode setting in DVD Video mode Check all audio connections Check digital audio settings on DVD 48 and on receiver There is no audio playback on DVD discs during fast or slow modes Change LPCM Output setting in AUDIO SETUP menu to 48kHz Use 6 Channel Audio Outputs or Analog Audio Outputs In order to hear a downmixed 2 channel signal at the Analog Audio Outputs make sure to change the Analog Output setting to Stereo or press the Audio Mode Button to change the setting Chang
46. MJACKHOSIEN j JACK S VIDEO CVBS GOLD 2P AA AAA JK52 CJJMS043322 YACK BOARD_ o JK83 ______ 5900112 OPTICAL COXIAL GOLDPLAT EA 401 4000 150 CRYSTAL AMHZ CTB3MOGR __ 2 48 DVD48 harman kardon Ref Number P MEAS ASS YS w CTB3 6JR SCREW __________ SCREW x O 3 EA ___________ 3 8 SCREW O ____________ 8 0042 RECEPTACLE 2 5A 250V AC UL A CEA CWZDYD48BN31 WIRE 2P INLET 2P 200mm 2P 200MM o 262 LUG CUSHION EA TA KMC1A264 cushion shield EA SMPSPCBASSY 1 n t tr Capacitors a 1000pF 400V 4 ONE ee Semiconductors ee 49 DVD48 harman kardon Ref Designator_ PartNumber_______ Description W A AAA AAA A SPS ASS PCB ASS Y EE E 5 mo SCHOTTKVIBUVHA fn A Td Resistors J C EA AA ee 50 DVD48 harman kardon Ref Designator_ PartNumber A Miscellaneous E LL ln o o o o ___________ 28 SCREW SPECIAL EA ___________ 5 222 5 25 1 L321 jclzozovaz_____ COIL CHOKE 20uH ______________
47. Power supply voltage Radiation resistance is not included in the design 1 9 136 DVD48 harman kardon BH7862FS Multimedia ICs OBlock diagram COUT TEST TEST MIXOUT GND YTRAP GND Your vec 11 4 Lx PYOUT PbIN PYFB 2 GND GND 6M PrIN PbOUT 20k MUTE2 MUTE2 N C PrTRAP Prout 137 DVD48 harman kardon SEMICONDUCTOR KIA7805API TECHNICAL DATA KIA7824API BIPOLAR LINEAR INTEGRATED CIRCUIT THREE TERMINAL POSITIVE VOLTAGE REGULATORS SV 6V 8V 9V 10 12 15 18 20V 24 MILLIMETERS 10 30 MAX 15 30 2 70 0 30 0 85 MAX 3 20 0 20 3 00 0 30 12 30 MAX 0 75 MAX 13 60 0 50 3 90 MAX 1 20 1 30 2 54 4 50 0 20 6 80 2 60 0 20 10 25 5 0 5 2 60 0 15 FEATURES Suitable for C MOS TTL the Other Digital IC s Power Supply Internal Thermal Overload Protection Internal Short Circuit Current Limiting Output Current in Excess of 1A Satisfies IEC 65 Specification International Electronical Commission Ol s O Z lt g gt MAXIMUM RATINGS 25 1 INPUT 2 COMMON CHARACTERISTIC SYMBOL RATING 3 OUTPUT KIA7805API KIA7815API Input Voltage Vin KIA7818API KIA7824API 22015
48. Reference source This current charges an internal capacitor This determines the switching frequency Increasing the resistance will decrease the amplitude of the current from the current source and thereby reduce the switching frequency Using a 26 resistor R results in a 50uA constant current and a 65kHz switching frequency Setting For over temperature protection An external NTC thermistor is connected from this pin to Temperature ground The impedance of the NTC will decrease at high temperatures Once the voltage of the RT pin drops below a fixed limit of 1 05V PWM output will be disabled Detection Current sense The sensed voltage is used for current mode control and pulse by pulse SENSE Current Sense 22 current limiting Power Supply If an open circuit failure occurs in the feedback loop the internal protection 7 VDD Power Supply circuit will disable PWM output as long as VDD remains higher than 26V The totem pole output driver for the power MOSFET A soft driving waveform is implemented GATE Driver Output for improved System General Corp www sg com tw Version 1 4 1R033 0009 B5 Jan 20 2005 63 DVD48 harman kardon SYSTEM GENERAL Product Specification Highly Integrated Green Mode PWM Controller SG6842 BLOCK DIAGRAM RI Current Von 0 Reference 1 Slope Compensation Green M ode Controller System General Corp www sg com tw Ver
49. SMPS PCB ASSY WIRE ASSY CWZDVD48BN31A 19 CORD CJA2A0857 20414 12 BADGE MODEL 82 BADCE FRONT KGB1A158Z 6 BADGEH C 1 1597 ORNAMENT BADGE CGX1A375M7G32 25 SIDE RE FIP 71 1057 4 L JI F DVD48 harman kardon BLOCK DIAGRAM K N EA MAIN PAR 52 16 9 4 3 gt s 2 AN IN 2 ACEN io ee DE S IN INTERLACED NTERLACED gt VIDEO An N D E S Cb Cis Co All ieee S5 Q CD PY PY 2C Controllor ll gt DRIVER gt 2 MHz 05 BU2098 BH 862 COMPONENT A lt E OPEN CLOSE SPINDLE SLED y CCIR656 DATA gt MOTOR CONTROL X bod DRIVER 4 p AM5888S COMPOSITE S VIDEO J j dl J RS lt X MPEG ES RF SERVO 4 2520672n73 lt gt 079 079 N 7856707 DECODER 2 01 N NM NR IDMIC 1 7 Ver 22 AN NA 24 25 DATA for 010 X gt Ji N 57 gt TRANS
50. SNJ54AHCT541J SNJ54AHCT541J 55 C to 125 CFP W SNJ54AHCT541W SNJ54AHCT541W LCCC FK SNJ54AHCT541FK SNJ54AHCT541FK DVD48 harman kardon SN54AHCT541 SN74AHCT541 OCTAL BUFFERS DRIVERS WITH 3 STATE OUTPUTS SCLS2690 DECEMBER 1995 REVISED JULY 2003 FUNCTION TABLE each buffer driver INPUTS OUTPUT Y logic diagram positive logic 1 og 19 _2 18 y Seven Other Channels absolute maximum ratings over operating free air temperature range unless otherwise noted T Supply voltage range m n 0 5 V to 7 V Input voltage range Vj see Note 1 0 5 V to 7 V Output voltage range Vo see Note 1 0 5 V to Vcc 0 5 V Clamp 9 otra ps hh P vlc hai rg ad 20 mA Output clamp current lox lt 0 Voc 2 20 mA Continuous output current lo Vo 0 to Veo cesar eee A A D Reis 25 mA Continuous current through Vec or GND a a 75 mA Package thermal impedance JA see Note 2 DB package 70 C W DEN PACKAGE 92 C W DW package 58 C W packages aee slm aqya 69 C W NS Package idas 60 C W PW package sosa 83 C W Storage tempe
51. The refresh addressing and timing is internally generated to reduce power consumption The self refresh mode is entered from all banks idle state by asserting low on ES y RAS CAS and with high on Once the self refresh mode is entered only CKE state being low matters all the other inputs including clock are ignored to remain in the refresh The self refresh is exited by restarting the external clock and then asserting high on CKE This must be followed by NOP s for a minimum time of trrc before the SDRAM reaches idle state to begin normal operation If the system uses burst auto refresh during normal operation it is recommended to use burst 4096 auto refresh cycles immediately after exiting self refresh Publication Date Mar 2003 Revision 1 7 13 44 DVD48 harman kardon TOSHIBA TC74HCT7007AP AF TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC 74 7007 TC74HCT7007AF HEX BUFFER The TC74HCT7007A is a high speed CMOS BUFFER fabricated with silicon gate C MOS technology It achieves the high speed operation similar to equivalent LSTTL while maintaining the CMOS low power dissipation This device may be used as a level converter for interfacing TTL or NMOS to High Speed CMOS The inputs are compatible with TTL NMOS and CMOS output voltage levels The internal circuit is composed of 4 stages including a buffer output which provides high noise immunity and stable output All inputs are equ
52. Video Off Resolution MP3 AUDIO DOLBY DTS LPCM DVD VCD I EEHEEHE EEHEEHE U Disc Type Group Title Playback Mode Chapter Track RANDA HDMI 720P 480p Z EHHENNNE r1 Time NOTE To make it easier to follow the instructions that refer to the controls and connectors in this illustration a larger copy may be downloaded from the Product Support section for this product at www harmankardon com Disc Type Indicators The SACD DVD DVD Audio CD VCD MP3 WMA or J PEG indicator will light to show the type of disc currently being played Audio Bitstream Indicators When a Dolby Digital DTS or Linear PCM digital audio signal is detected one of these indicators will light DVD Audio MP3 and WMA bitstreams will be indicated by the Disc Type Indicator Parental Lock Indicator This indicator lights in red when the parental lock system is engaged to prevent changing the rating level without a code Program Indicator This indicator lights when a playlist has been programmed using the menu system available for CDs only Angle Indicator This indicator blinks when alternative viewing angles are available on the DVD currently playing Random Indicator This indicator lights when the unit is in the Random Play mode A B Repeat Indicator This indicator lights when
53. a specific passage for repeat playback has been selected VCD Playback Control Indicator This indicator lights when the playback control function is turned on for VCDs Repeat Indicators These indicators light when any of the Repeat functions are in use Video OFF Indicator This indicator lights in red when the unit s video output has been turned off by pressing the Video OFF Button on the remote control HDMI Indicator This indicator lights when the HDMI Output is enabled Press the HDMI Button on the remote to toggle between turning the HDMI Output on and off When the Output is on and this indicator IS lit the Component Video Outputs are deactivated and vice versa Video Resolution Indicators One of these indicators will light to indicate the current video resolution of the HDMI Output based on what your video display is capable of handling The HDMI Output will upscale source materials to the higher resolution as indicated in the HDMI SETUP menu explained in the Initial Setup section You may change the HDMI 13 Video setting to a lower resolution to improve picture quality using the VIDEO SETUP menu As you select a specific HDMI Output video resolution and the DVD 48 successfully determines that the video display is capable of handling that resolution its indicator will light and will appear briefly in the Message Display Time Indicators These positions show the running time of a disc in play NOTE These
54. all all banks are in idle state AUTO REFRESH The storage cells of SDRAM need to be refreshed every 64ms to maintain data An auto refresh cycle accomplishes refresh of a single row of storage cells The internal counter increments automatically on every auto refresh cycle to refresh all the rows An auto refresh command is issued by asserting low on CS RAS and CAS with high on CKE and WE The auto refresh command can only be asserted with both banks being in idle state and the device is not in power down mode CKE is high in the previous cycle The time required to complete the auto refresh operation is specified by trFC The minimum number of clock cycles required can be calculated by driving trrc with clock cycle time and them rounding up to the next higher integer The auto refresh command must be followed by NOP s until the auto refresh operation is completed The auto refresh is the preferred refresh mode when the SDRAM is being used for normal data transactions The auto refresh cycle can be performed once in 15 6us or the burst of 4096 auto refresh cycles in 64ms Elite Semiconductor Memory Technology Inc 129 harman kardon M12L64164A SELF REFRESH The self refresh is another refresh mode available in the SDRAM The self refresh is the preferred refresh mode for data retention and low power operation of SDRAM In self refresh mode the SDRAM disables the internal clock and all the input buffers except CKE
55. amp Figure 2 Vaddis 778 Main External interfaces 6 ZORAN Corporation 1390 Kifer Road Sunnyvale 94086 5305 408 523 6500 408 523 6501 ZORAN Proprietary 104 DVD48 3 Pin Description 3 1 Pin List harman kardon Vaddis 778 Data Sheet The Vaddis 778 has 208 pins The table below lists the pins their functions the direction or nature of each function according to the legend below Note that some of the functional pins may additional function s dedicated for testing which are not described here Following is the table legena 1 standard input only O standard active driver with a 3 state option bi directional I O pin with a 3 state option Al Analog input signal AO Analog output signal Analog connection ID input not sampled by PCLK S Power supply or ground If different functions have different direction the 778 O supports all of them Directions needed at RESET or for testing when are different are not shown in the table All and I O pins have a level retaining HW Pins that are designated Al Sor ID should not be left not connected or floating Pin Number Mn Functio Table 1 Vaddis 778 Finouts ns Direction Description 1 SSCAXD GPCV 0 12 PMIT 5 2 MEMCS1 GPCV 0 18 3 VDDP 45 MEMAD 15 16 SYSWDI1 0 6 0 14 GCLKSEL 7 MEMAD 13 FCUIH29 O SSC data input General
56. end output buffer and full wave rectifier ABCD I PHOTODETECTOR INTERFACE INPUTS Inputs from the main beam Photo detector matrix outputs 2820202 1 PHOTO DETECTOR INTERFACE INPUTS AC coupled inputs for the DPD from the main beam Photo detector matrix outputs CD_A B C D CD PHOTO DETECTOR INTERFACE INPUTS CD_A B C D come from the CD main beam Photo detector matrix outputs CDEF PHOTO DETECTOR INTERFACE INPUTS CD side beam photo dector outputs and used for the CD tracking detection MIN RF SIGNAL INPUT FOR MIRROR coupled inputs for the mirror dection circuit from MEVO DVDPD INPUT DVD input pin from the monitor photo diode CDPD APCINPUT CD input pin from the monitor photo diode i output control pin high level activates LD output open Tow LINK LINKING SIGNAL INPUT PIN In the linking area this pin goes high and the Mirror and TE outputs disabled when the link signal is enabled open low O MIRROR MONITOR OUTPUT Monitor Output signal is selected by CHR bit3 0 Mirror related signal can be obseved from this monitor pin 94 DVD48 harman kardon TITLE ZR36707TQCG Electrical Specification PIN DESCRIPTION continued OUTPUT PINS NAME TYPE DESCRIPTION ATOP ATON O DIFFERENTIAL ATTENUATOR OUTPUTS Attenuator outputs FNP FNN O DIFFERENTIAL NORMAL OUTPUTS Filter normal outputs RFAC O SINGLE ENDED NORMAL OUTPUT Single ended RF output RFDC O R
57. for digital coded or reconstructed audio data SERVO channel sample data input for AFEby pass Probe mux data output Serial outputs of digital stereo audio General purpose input output monitored controlled by the CPU or DSP SW SERVO channel sample data inputs for AFEby Dass Probe mux data outputs Serial outputs of digital stereo audio General purpose input output monitored controlled by the CPU or DSP SW Probe mux data outputs Serial output of digital stereo audio SERVO channel sample data input for AFEby pass Prooe mux data outputs 2ORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 n K 17 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 111 Pin Number Pin Functions harman kardon 114 115 116 117 118 119 120 121 122 123 124 GPAV AOUT 3 IDGPCY PMI7 ALRCLK GNDP A2 AMCLK VDDP A2 AIN GPCI OJ23 PM 8 GNDC VSYNC HDFT GPCY 0124 DACTESTIS 9 VDDC HSYNC Direction Description General purpose input output monitored controlled by the ADP SW O Serial output of digital stereo audio General purpose output monitored controlled the CPU or DSP Sw When input the pin can be used as general purpose external interrupt to the DSP Probe mux data output Digital audio left right select output for the audio port Square wave at the sampling f
58. high resolution audio discs where the copy protected digital content is decoded inside the DVD 48 These connections are required for playing SACD discs and depending on your receiver s capabilities may also be required for DVD Audio HD DVD or Blu ray discs unless the disc also carries two channel PCM and 5 1 channel Dolby Digital or DTS soundtracks for use with receivers processors that are not equipped with 5 1 channel analog inputs Check the disc s jacket for more information on alternate audio tracks See Figure 4 Front Surround Center Multichannel O O analog audio cable RCA O O Subwoofer Figure 4 Multichannel Analog Audio NOTE In order to enjoy the full benefit of lossless multichannel recordings make sure the Analog Output setting in the AUDIO SETUP menu is set to Multichannel When the Stereo setting is selected the center and surround channel information will be combined with the left and right channels and will only be heard through the front channels This setting may also be accessed by pressing the Audio Mode Button on the remote Video Connections As mentioned above the video signal is often transmitted separately from the audio signal Even when the HDMI connection described below Is used sometimes the receiver is not capable of accessing the audio portion of the HDMI signal and a separate audio connection is required Digital Video The DVD 48 is equipped with an HDMI High Definition M ultimedi
59. input 7 3 2 DAC interface The audio output is a 6 channel output and a separate stereo output Both outputs be set DSD and in 125 mode 7 4 SDRAM interface The SDRAM interface forms a glueless interface to one 64 Mbit SDRAM device Supported devices are only PC100 compliant or faster SDRAM devices e Organization 64 Mbit 1M x 16 x 4 banks e Refresh period 4096 cycles per 64 ms e Clock frequency fg gt 100 MHz Refresh cycle lt 70 ns e Command period lt 70 ns 7 5 Clock and reset input Different processing clocks are needed in the SAA7893HL e 5 5 system clock for data processing part frequency be between 27 and 35 MHz see Figure 6 and Table 3 e aud audio clock reference can be 256 384 512 768 x 4 fa 44 1 to 48 kHz see Figure 7 and Table 4 e proc clk host processor clock only used in SAD16 01 02 mode B BCLK front end bit byte clock It is not required that these clocks are locked RESETn is an asynchronous reset and should be kept LOW for at least 10 periods of Sys clk 9397 750 10925 Koninklijke Philips Electronics N V 2003 All rights reserved 158 harman kardon ST72F324L ST72324BL 3V RANGE 8 BIT MCU WITH 8 TO 32K FLASH ROM 10 BIT ADC 4 TIMERS SCI INTERFACE Memories 8 to 32K dual voltage High Density Flash HD Flash or ROM with read out protection capa bility In Application apr ead ge and Circ
60. laser beam from the pick up should NEVER be directly facing the eyes or bare skin Resistor 1 Mohm Resistor 1 Mohm Conductive Sheet DVD48 harman kardon ESD PRECAUTIONS Electrostatically Sensitive Devices ESD Some semiconductor solid state devices can be damaged easily by static electricity Such components com monly are called Electrostatically Sensitive Devices ESD Examples of typical ESD devices are integrated cir cuits and some field effect transistors and semiconductor chip components The following techniques should be used to help reduce the incidence of component damage caused by static electricity 1 Immediately before handling any semiconductor component or semiconductor equipped assembly drain off any electrostatic charge on your body by touching a known earth ground Alternatively obtain and wear a commercially available discharging wrist strap device which should be removed for potential shock reasons prior to applying power to the unit under test 2 After removing an electrical assembly equipped with ESD devices place the assembly on a conductive sur face such as aluminum foil to prevent electrostatic charge buildup or exposure of the assembly 3 Use only a grounded tip soldering iron to solder or unsolder ESD devices 4 Use only an anti static solder removal device Some solder removal devices not classified as anti static can generate electrical charges sufficient to damage ESD devices 5
61. mA Per JESD 17 ESD Protection Exceeds JESD 22 2000 V Human Body Model A114 A 200 V Machine Model A115 A 1000 V Charged Device Model C101 description ordering information The AHCT541 octal buffers drivers are ideal for driving bus lines or buffer memory address registers These devices feature inputs and outputs on opposite sides of the package to facilitate printed circuit board layout The 3 state control gate is a 2 input AND gate with active low inputs so that if either output enable OE1 or OE2 input is high all corresponding outputs are in the high impedance state The outputs provide noninverted data when they are not in the high impedance state To ensure the high impedance state during power up or power down OE should be tied to Vcc through a pullup resistor the minimum value of the resistor is determined by the current sinking capability of the driver SN54AHCT541 JOR W PACKAGE SN74AHCT541 DGV DW N NS OR PW PACKAGE TOP VIEW SN54AHCT541 FK PACKAGE TOP VIEW ORDERING INFORMATION ORDERABLE TOP SIDE PACKAGEI PART NUMBER MARKING PDIP N SN74AHCT541N SN74AHCT541N SN74AHCT541DW SOIC DW AHCT541 Tape and reel SN74AHCT541DWR SOP NS Tape and reel SN74AHCT541NSR AHCT541 6950 SSOP DB Tapeandreel SN74AHCT541DBR SN74AHCT541PW HB541 Tape and reel SN74AHCT541PWR TVSOP DGV and reel SN74AHCT541DGVR HB541 CDIP J
62. may not accu rately reflect the actual languages available on the disc It is recommended that subtitles be selected using the disc s menu Program Press this button to display the Program screen where you may program a playlist in which the tracks may be played in a different order than the order in which they appear on the disc See the Programming a Playlist section for more information Repeat Press this button repeatedly to cycle through the Repeat modes available with the current disc This button is not used to access A B Repeat mode A B Repeat While a disc is playing the A B Repeat function allows you to repeatedly play a passage which may include several tracks or chapters Press the button once to select the starting point and a second time to select the end of the passage Press the button again to end repeat play Random This button turns Random Play mode which plays the tracks on a CD in random order on or off harman kardon Numeric Keys Use these buttons to directly enter a track or chapter number to skip to that section of the disc or to enter a password for the parental control system Group This button allows you to select from the groups stored on the disc which may include the same content recorded using different audio formats When the dialog box appears the total number of groups will be indicated Use the Numeric Keys to enter the number of the desired group and press the
63. purpose external interrupt to the CPU AV data valid input for FE by pass Programmable polarity Digital periphery ground of 3 3 V supply 2ORAN Corporation 1390 Kifer Road Sunnyvale CA 94088 5305 077725 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 119 Pin Number Pin Functions Direction harman kardon 203 204 205 206 207 208 ICGFCI 017 DVDERR VDDP SLEDPULSE IDGPCY Ofe FCUIR30 DVDSOS SANDLE PULSE IDGPCY Of7 FCUIH3 1 SSCCLK GPCI Of47 SSCTXD GPCI 167 3 2 Satus During RESET and After RESET Only and O type pins are mentioned this section Description General purpose input output monitored controlled by the CPU DSP or FCU SW input the pin can be Used as general purpose external interrupt to the CPU AV error input for FEby pass Programmable polarity 3 3 V Digital periphery power supply Sed optical encoder input General purpose input output monitored controlled the CPU or DSP Sw When input pin can be used as general purpose external interrupt to the DSP Flash card interface unit output signal start of sector indication input for FE by pass Programmable polarity Spindle optical encoder input General purpose output monitored controlled by the CPU or DSP Sw When input the pin can used as g
64. purpose input output monitored controlled by the CPU or DSP or FCU SW Probe mux data output PNVM SRAM chip select active low output General purpose input output monitored controlled by the CPU or DSP SW 3 3 V Digital periphery power supply PNVM SRAM address bus outputs General purpose system configuration indication input Level sampled during RESET PNVM SRAM address bus output GCLKPOLT or GCLKA function selection Level sampled during RESET PNVM SRAM address bus output Flash card interface unit output signal 2ORAN Corporation 1390 Kifer Road Sunnyvale CA 94088 5305 11 Phone 408 523 6500 Fax 408 523 6501 ZORAN Froprietary 105 Pin Number Pin Functions harman kardon Direction 10 11 12 13 14 15 16 17 18 19 20 21 22 MEMAD 12 PLLOFGA 15 FCUIFI28 1 PLLCFGP 7 FCUIT9 GNDP MEMADJ 10 FCUIH20 MEMDA 14 FCUIH27 MEMAD 9 FOUIFT1 9 MEMDA 6 MEMADI8 18 MEMDA 13 5 FCUIR26 7 20 MEMCSIZ 4 GPCV Of19 VDDP MEMDA 12 Description SRAM address bus output Audio PLL configuration input Level sampled during RESET In normal operation the pin must be low during RESET PNVM SRAM bi directional data bus VO Flash card interface unit input output signal O PNVM SRAM address bus output Process PLL configuration input Level s
65. repeated HDMI Output Check your receiver s owner s manual to determine how it handles HDMI signals It may simply switch the signal it may process the audio portion of the signal but not the video portion or it may be capable of processing both the audio and video portions of the signal If the receiver only switches the signal but is not capable of accessing and processing the audio or video data then a separate audio connection 5 required as explained below If the receiver is not HDMI capable then separate audio and video connections are required Select one of these types of video connec tions in order of preference component video S video composite video See Figure 10 DVD48 Figure 10 repeated Component S and Composite Video Outputs If your receiver is equipped with digital audio inputs then select either coaxial or optical digital audio input and connect it to the corresponding outout on the DVD 48 See Figure 12 This step also applies to a receiver that is only capable of HDMI switching and cannot process the audio portion of the HDMI signal If your HDMI capable receiver processes the HDMI audio then do not make another digital audio connection Figure 12 Coaxial and Optical Digital Audio Outputs If you wish to enjoy SACD discs in their native lossless format connect the DVD 48 s 6 Channel Analog Audio Outputs to the corresponding 6 channel analog audio inputs on the receiver This conn
66. the video DACs 3 3 V analoq power supply Common Ground for the video and SERVO DACs Grounds for the SERVO DAC 3 3 V analog power Drive DACs output signal 3 3 V SERVO DACs power supply Drive DACs output signal Grounds for the SERVO DAC 3 3 V analog power supply 3 3 V Analog RF AFE power supply RF positive input signal differential input RF input signal single ended RF negative input signal differential input RF reference input signal Analog RF AFE ground of 3 3 V supply 3 3 V Analog SERVO AFE power supply SERVO ADC input signal e g from RF amplifier SERVO ADC input signal from RF amplitier SERVO ADC input signals e g from RF amplifier servo analog signal reference voltage inputs Analog SERVO AFE ground of 3 3 V supply PWMO output signal General purpose input output monitored controlled by the CPU or DSP FCU SW AV data input for FEby pass NRZ data input for AFE and DRC by pass PWM1 output signal 2ORAN Corporation 1390 Kifer Road Sunnyvale 94088 53057777 24 Phone 408 523 6500 Fax 408 523 6501 ZORAN Froprietary 117 Pin Number Pin Functions harman kardon 189 190 191 192 193 194 195 196 GPCI 0 40 DVDDAT 1 NRZCLK 0 GPCV 0141 DVDDATI2 NRZLOCK GNDC 7 GPCV 42 DVDDAT 3 NRZDFCT VDDC PAMCOJ2 GPCI Of43 FCUIFT3 4 DVDDAT 4 PAMCOJ3 GPCV Of4 4 FC
67. typ HSIP3 P 2 54A 1 7 g typ Marking 1 2 TA48F Series 3 TA48 S Series Part No or abbreviation code Lot No weekly code Mie A TOES 48 5 A line indicates A line indicates lead Pb free package or lead Pb free package or lead Pb free finish lead Pb free finish Part No or abbreviation code Note The part of each product number varies according to the output voltage of the product 65 DVD48 TOSHIBA How to Order harman kardon 48018 02 025 03 033 05 5 Product Packing Type and Unit for Orders TA48 F PW MOLD Straight lead package Loose in bag 200 1 bag TA48 F TE16L1 N PW MOLD Surface mount package Embossed tape packing 2000 1 tape TA48 S TO 220NIS Loose in bag 50 1 bag Block Diagram Maximum Ratings Ta 25 C Characteristic Symbol Power dissipation Ta 25 C 48 5 Power dissipation TA48 F Tc 25 C TA48 S Thermal resistance TA48 F y Rth C W junction to ambient TA48 S Thermal resistance EC i Rth 0 junction to case 4 Note 1 External current and voltage including negative voltage should not be applied to pins not specified 66 DVD48 harman kardon SN54AHCT541 SN74AHCT541 OCTAL BUFFERS DRIVERS WITH 3 STATE OUTPUTS SCLS2690 DECEMBER 1995 REVISED JULY 2003 Inputs Are TTL Voltage Compatible Latch Up Performance Exceeds 250
68. your system Before begin ning make sure that all components including the DVD 48 are turned completely off and their power cords are unplugged Don t plug any of the power cords back in until you have finished making all of your connections Many components in a home theater system such as a receiver or power amplifier generate a great deal of heat that can interfere with the operation of the DVD 48 Therefore it is best to place the DVD 48 on its own shelf instead of stacking it directly on top of another component It is also a good idea to check the finish of your shelf Some wood or other finishes can be affected over time by the DVD 48 s rubber feet Step One Connect the DVD 48 to Other Components Select one of the following two sections depending on whether you are connecting the DVD 48 directly to a television or video display or if you are using an audio video receiver or processor this manual will use the term receiver to refer to either a receiver or a processor that incorpo rates the DVD 48 as part of a home theater system Connecting the DVD 48 Directly to a Television If your television is HDMI capable and HDCP compliant then only one cable connection is required and it will carry both audio and video signals Use the included HDMI cable to connect the DVD 48 s HDMI output to your television s HDMI input See Figure 9 If your television has a DVI input rather than an HDMI input purchase an HDMI to DVI cable
69. 0 offsat for output ref CEFDB bs TACR2 b7 CD DVD CPYCN PHASE DETECTOR Low Imp 3 3 b2 0 TACA b6 TRCR2 06 4 DPD COMP HYS CHA bes Dafact Comp MRCR2 b7 0 CONTROL Signals To block b54 penis Ma SEL Vr ait ATT Level CCA bs SBEN CDA b4 SEL SERIAL PORT 8 o LD HL DYD CD REGISTER SDATA m a 5 TD poe Wr Dual u GDPD V33 CCA b7 DISK DET a 8151 0199 93 DVD48 harman kardon TITLE ZR36707TQCG Electrical Specification CONTROL REGISTERS CONTINUED 1 3PIN DESCRIPTION POWER SUPPLY PINS NAME TYPE DESCRIPTION VPA Power supply pin for the RF block and serial port VB Powersupply servo Ground pin forthe RF block and serial part VWB Ground pin servo V33 Power supply pin for the output buffers V235 Reference power supply forthe servo opt D ll INPUT PINS NAME TYPE DESCRIPTION DVDRFP DVDRFN RF SIGNAL INPUTS Differential RF signal attenuator input pins RFSIN RF SIGNAL INPUT Single ended RF signal attenuator input pin AGCANMPLIFIEERINPUTS Differential AGC amplifierinputpins DPDN 1 NALOGINPUTS FOR SINGLE BUFFER Differential analog inputs to the RF single
70. 08 0576 CCUSTHI04dKC CAP CHP TUF ZF 1608 0 01UF ZF 1608 646 CCUS1H104KC_ CAP CHIP ZF 1608 33 DVD48 harman kardon Ref Ret Designator Pad Number Number a P ERES ASS YS Za a E 34 DVD48 harman kardon Ref Ret Designator Pad Number Number a ERES ASS YS Za souseran ER 35 DVD48 harman kardon Ref Ret Designator Par Number _ Number a P MEAS ASS YS IE oenm s 36 DVD48 harman kardon Ref Ret Designator Pad Number Number a P MEAS ASS YS boenen __ ____ __ _ a MMC MES Semiconductors s c AAA 37 DVD48 harman kardon Ref Ret Designator Pad Number EE Number P MEAS ASS YS Za ics ova reset VIDEO ENCODER EA 085 HVTKRAIO ST TRANSISTOR CHP 1075 EA 0807 _______ 13047 TRANSISTOR CHIP MUTE KTD1304 1 EA 088 HVTKTDi304T TRANSISTOR KTD1304 EA 089 HVTKTDi304T TRANSISTOR KTD1304 1 EA 09140 _______ 13047 TRANSISTOR CHIP MUTE
71. 1A 1B 2 2 3B 4A 4B A B 2 11 10 14 13 15 1Y 2Y 3Y 4Y harman kardon 132 DVD48 harman kardon AM5888S Motor Driver ICs 5 channel B IL Driver for DVD player 58885 58885 16 a five channel BTL driver IC for driving the motors and actuators such as used DVD player and consists of two independent precision voltage regulators with adjustable range from 1 5V to 4 V It supports a variety of applications Also Pb free package is selectable Please refer to Marking Identification Applications driver for CD CD ROM and DVD Features 1 2 3 4 5 6 1 Two channels are voltage type BTL drivers for actuators of tracking and focus Two channels are voltage type BTL driver for sled and spindle motors It is also built in one channel bi direction DC motor driver for tray Wide dynamic range 9 0V typ when Vccl 2 12 at Ry 20 load Separating power of Vccl and Vcc2 is to improve power efficiency by a low supply voltage for tracking focus and spindle Level shift circuit built in Thermal shut down circuit built in Mute mode built in Dual actuator drivers A general purpose input OP provides differential input for signal addition The output structure 1s two power OPAMPS in bridge configuration AMtek SEMICONDUCTORS 133 8 Sled motor driver A general purpose input OP provides di
72. 2012 0805 600E 1 5A POWER 47 DVD48 harman kardon Ref Designator_ PartNumber_______ Description 0 A A EA A do MAINFRONTPCBASSYS YY _ A AA E FB 2012 0805 600E 1 5A POWER 2012 0805 600 1 5A POWER 600E 1 5A 2012 0805 600E 1 5A POWER 600E 1 5A FB 2012 0805 600E 1 5A POWER 600E 1 5A FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER 600E 1 5A FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER 600E 1 5A 2012 0805 600E 1 5A POWER 600E 1 5A FB 2012 0805 600E 1 5A POWER 600E 1 5A FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER 2012 0805 600E 1 5A POWER 600E 1 5A 2012 0805 600E 1 5A POWER 600E 1 5A 2012 0805 600E 1 5A POWER 600E 1 5A CHOKE COIL CHIP FOR EA 1811 0129 00929 CHOKE COIL CHIP FOR HDMI 1912 0129 00929 CHIP FOR HDMI j 1 EA 1913 7 0129 00929 CHOKECOIL CHIP FOR HDMI 1 EA 601 13500 1605 13 5 2 16 Do 1 EA FB 2012 0805 600E 1 5A POWER BK71 CMDiA504 BRACKET FIP 2 1 504 BRACKET FIP 7 CWB1A900190EN WIREASSY __ j 1 EA 2 CWBIC914080EN WIREASSY CHDiA0i2R SCREW SPECAL 2 OMY5A222 5 257 0 S EA JKA7 HJJDOO2Z7
73. 4 NB IL 2 MM 4 5 100 400V CN35 ST 53014 1410 8 1325 12 0 55 gt DON EX F301 0329 4 7 R352 12 0 N 2 L 250V 310006 27 eos ie 270 1W 1 V VT31 CX31 UU1116 20mH 9 AGND CN31 14D 471K 104 275V 0326 NNN we R353 ee SF 24 L324 5555827 PA L 270 W 100 25v lt Jp 8v 0 85A r D311 5301 4 S 5 6 0 4 3550 1532 2308 0328 155133 3 Q301 R311 310006 22 i Z 1 vec A708Y 35 C345 R351 C346 2 0417 V 8 7 9 ANN 2200 16V 470 10 HEAT SINK 15 R316 Out e M 5V 1 5A 47 R317 C306 e YY e 10K nO R313 22 50V spt 108 V 5V 1 5A gt 7uH 02020 NU s Pas ANN gt 825 R340 R341 R318 2 82178 R314 100 202 6342 R308 E 2200 16 ZZ 50 Je eJu 5v R312 9 218 0 5 1W R347 C344 N 100 50 06 27K 22 102 1KV els 22 CTL Not used z 2 E E Non Inductive gt 6 e VF 8 234 Ala 8 TH33 da 2 KIA431A F BA PC32 e 3KF 1 2 VP 33V A PC 17L1CB 3 2 Q314 4 1 C102M A pH BA PC33 P L 956 7 sZ CY35 PC 17L1CB 3 2 80 100 tw D334 Not used 102M 400V TF31 1N4148 0311 1 5 D323 UF4004 400V 1A 526 2 8 47 50V 8307 0306 FR107 FR107 2 4 4 06 c325 e 8 gt 47 FR107 1000V 1A 60 1 0335 2 2 7V 1 29
74. 4 0dB S N dB A Filter Tr 47 Infinity Zero 90dB Dynamic Range dB Tr 32 60dB 1 80dB QKE PEA SACD Frequency Respones gt Track 14 1KHz 3dB Reference DVD48 harman kardon MODEL NAME DVD48 Description Characteristics Specification of Video Test Disc TDV 540A ABEX MDVD 111 TEAC Serial NO Test Conditions 759 Load Terminated AC Input For USA 120V 60Hz For Europe 230V 50Hz Test Measuerment VM 700T MP H 1 Video Level Test 759 Terminated Composite S Video Y S Video C Component Y 1 0V 1V Component 700 70mV 2 Component Pr 700mV 70mV 100 COLOR BAR Scart CVBS 1 0V 0 1V 700mV 70mV Scart Green 700mV 70mV Scart Blue 700 70mV 5 H y H H o 0 3 0 Video output V 2 Video S N Raito Test 75Q Terminated Composite Video SNR dB S video Y TDV 540A 100KHz 4 2MHz Component Y TITLE2 CHAPTER 4 Use SC Component Pb 5096 Gray Color Component Pr IV IV 3 Chroma Signal AM PM Test 759 Terminated Measurement Item Chroma AM dB Composite Chroma gt 65 0 dB E TDV 540A aKHz 500KHz S Video Chroma gt 65 0 dB TITLE2 CHAPTER17 Chroma PM dB Composite Chroma gt 60 0 dB 100 Magenta 0 7 500 2 S Video Chroma gt 60 0 dB Color DVD48 harman kardon MODEL NAME DVD48 Description Characteristics Specification of Video Test
75. 5 22 4 45 50 53 57 5701 2225 SEA as 3 LIT a a 0226 333 s s d 8N07 2 8 3 a 022911 HH 13 10015 Jn T 5 e eN 16 HH TM 9 3 i 0 e eNO Daan 5707 5706 1 5705 es 5704 5708 5703 sd e OB SESE e Eia a a E 1 es RNiGe CLOC s 0 R711 R710 CUP11971 2 p 99 CUP11971 3 113 C246 2814 8912 1813 2923 _ 61084 943 X 6603 20 2 gi 967 23 E SE 22 4L ap 1922 CERA a 2 601 RNO8 ES lt 104 LONY ZONY SONY 2914 2 SONY 90 Q 010 1012 CIC 2 2011 50 J 15 L120 Ji A T 2 RI 0102 4 FEL J d A x 5 C257 R196 C179 C180 R197 481 R198 182 R199 9672 d E S m 2 gt E IC21 c232 J R215 0 2 mm e gt CH zl p I Ga UNE Kar 2x Se _ 2 52 lt gt 8 20 CA ZINA 4 y
76. 6 bit data bus 3 different modes Multiplexed address data bus MAD16 with 16 bit data bus 2 different modes Separate address data bus SADO8 with 8 bit data bus 1 mode E 16 bit 100 MHz SDRAM interface supports one 64 Mbit device 6 channel 125 audio input 44 1 48 88 2 96 176 4 or 192 kHz at 16 bit or 24 bit E 6 channel DSD or 125 2f 45 output with programmable pinning configuration E 2 channel DSD or 125 2f 45 output with programmable pinning configuration Audio clock reference 256f 384f 512f 768f System clock 27 to 35 MHz 2 3 SW interfaces Annex J level playback interface 9397 750 10925 Koninklijke Philips Electronics N V 2003 All rights reserved 149 DVD48 harman kardon Philips Semiconductors 7 Super audio media player High level audio post processing control SACD data interface System configuration 2 4 System Full SACD Menu and Area TOC storage in VBR Front end clock asynchronous to other clocks 2 5 System configuration m D A converters DSD and PCM selectable pin sharing configuration DSD clock polarity m Audio and system clock asynchronous Front end type 2 6 SACD playback SACD playback Multi channel 2 channel PSP processing Decrypting and demultiplexing VBR management DST decoding Fade processing Annex J level software interface S
77. 7 M1 16 M2 15 M3 42 DSD Definitions DSD SCLK 42 050 Serial Clock Input Serial clock for the Direct Stream Digital audio interface DSD EN 7 DSD Enable Input When held at logic 1 the device will enter DSD mode Stand Alone mode only DSDA1 3 Direct Stream Digital Input Input Input for Direct Stream Digital serial audio data DSDB1 2 DSDA2 1 DSDB2 48 DSDA3 47 DSDB3 46 DSDA4 45 DSDB4 24 124 DVD48 harman kardon M12L64164A SDRAM 1M x 16 Bit x 4 Banks Synchronous DRAM FEATURES ORDERING INFORMATION 54 Pin TSOP Type JEDEC standard 3 3V power supply 400mil x 875mil LVTTL compatible with multiplexed address MRS cycle with addr PRODUCTNO MAXFREQ PACKAGE MRS cycle with address key programs PRODUCT NO MAX FREQ PACKAGE CAS Latency 2 3 M12L64164A 6T 166MH TSOP II Burst Length 1 2 4 8 amp full page Burst Type Sequential amp Interleave M12L64164A 7T 143MHz Allinputs are sampled at the positive going edge of the system clock DQM for masking e Auto amp self refresh 64ms refresh period 4K cycle GENERAL DESCRIPTION The M12L64164A is 67 108 864 bits synchronous high data rate Dynamic RAM organized as 4 x 1 048 576 words by 16 bits Synchronous design allows precise cycle controls with the use of system clock transactions are possible on every clock cycle Range of operating frequencies programmable burst length and programmable latencie
78. 887 8889 R837 R839 805 R847 R849 817 819 1803 R827 R829 371 48 7 e S El R585 HERES amp EX o El C901 1515 T IC64 C504C521 66 2 62 8 1 UY 08 9092 Oo e Mes 55 4 SH HHI 611 L LJR631 d SC IL TERRI 5702 RN72 RN71 S g 62 RNG4 RN66 BS 09 Es 27 C258 1022 909 8093 0064 70984 8064 2644 9 Gu 9068 0684 HEGY 8604 1684 6084 CECY LEGY F701 gt F 230 S NO7 D701 5 10 1
79. 9 C573 2 229625 2 z JL 1889 C851 GND C844 56874 68825 gt zo C538 543 501 8 C537 T oes S R539 L ie 4 1 AX In NE 9 c809 in HH ur Mone a wW 2 E 1 i du 4778 5 C807 2H NA 9 1 1 2 5 4 qas 9225 AA 2 mm 6 SUL L ecu T 4 569 m CS IC84 852 DR873 68839 1085 823 gt 1082 N RB33 T L V 5V R861 gt T z T 47 REIO 1902 8808 3 gee i at Fam e a 5 ROLL D 8V 4 F 4 F R809 R807 _ 6810 GND C84 Ks S o 1 9 EH CO 8 12v 0000 e DO COCO gt to O0 4 ma L509 RB58 8860 a DH JER xm E S 88281830 es T 2 2 JL 4 4 L OP 4 5 9 6 moc om amO oo tog O e im BN42 R857 R859 907 R867 R869 1809 8
80. A SDRAM address bus 96 VDDeoreS Powr 97 vsscor Grond 00 98 SDRAM ADDR Tristate OP 5v 8 SDRAMaddressbus 99 SDRAM Tristate OP 8mA SDRAMaddesbus 00000 100 SDRAM ADDRG Tristate OP 5v 8mA 7 SDRAMaddesbus 0 101 SDRAM Tristate OP 5v 8 SDRAMaddressbus 102 SDRAM ADDR Tristate 5v 8mA 7 SDRAMaddesbus 000 0 105 SDRAM ADDR 0 Tristate O P 5v 8mA 7 SDRAMaddesbus 104 TristateO P 5v 8mA SDRAM write enable 105 SDRAMRASN TristateO P 8 SDRAMrowaddrssselect 106 SDRAMCASN Triste OP 5v 8mA SDRAM column address select 107 8 SDRAMbankseleetI 108 SDRAMBAO 8mA SDRAMbankselect0 109 SDRAMCSN TristateO P 5v 4mA SDRAMCS O 110 TristateO P 5v 8 SDRAMDQM o O 111 SDRAM CLKOUT Output 5v to SDRAM 112 VDD6 B3V PowerpimforiO 138 Ground Qmd 0 114 SDRAM CLKIN 5 Trace delayed SDRAM Clockin 00000000 115 mt Testimput Comnecttoground 116 TESTOUTO Output 12 mA T
81. ANALOQ DEVICES harman kardon Multiformat 216 MHz Video Encoder with Six NSV9 12 Bit DACs ADV7320 ADV7321 FEATURES High definition input formats 16 20 24 30 bit 4 2 2 4 4 4 parallel YCrCb Fully compliant with SMPTE 274M 1080i 1080p 74 25 MHz SMPTE 296M 720p SMPTE 240M 1035i RGB in 3 x 10 bit 4 4 4 input format HDTV RGB supported RGB RGBHV Other high definition formats using async timing mode Enhanced definition input formats 8 10 16 20 24 30 bit 4 2 2 4 4 4 parallel YCrCb SMPTE 293M 525p BTA T 1004 EDTV2 525p ITU R BT 1358 625p 525p ITU R BT 1362 625p 525p RGB in 3 x 10 bit 4 4 4 input format Standard definition input formats CCIR 656 4 2 2 8 10 bit or 16 20 bit parallel input High definition output formats YPrPb HDTV EIA 770 3 RGB RGBHV CGMS A 720p 1080i Enhanced definition output formats Macrovision Rev 1 2 525p 625p ADV7320 only CGMS A 525p 625p YPrPb progressive scan ElA 770 1 ElA 770 2 RGB RGBHV Standard definition output formats Composite NTSC M N Composite PAL M N B D G H l PAL 60 SMPTE 170M NTSC compatible composite video ITU R BT 470 PAL compatible composite video S video Y C EuroScart RGB Component YPrPb Betacam MII SMPTE EBU N10 Macrovision Rev 7 1 11 ADV7320 only CGMS WSS Closed captioning GENERAL FEATURES Simultaneous SD HD PS SD inputs and outputs Oversampling up to 216 MHz Rev 0 Information furnished by Analog Devices is
82. Analog Audio section below you may still need to make the analog audio connections If your receiver processor is only capable of switching HDMI signals use HDMI for your video connection only and connect either the DVD 48 s coaxial or optical digital audio output to the corresponding input on your receiver In addition SACD audio 15 not transmitted via HDMI Use the 2 or 6 Channel Analog Audio Outputs to enjoy your SACD discs harman kardon Digital Audio Coaxial digital audio jacks are usually colorcoded in orange Although they look similar to analog jacks they should not be confused and you should not connect coaxial digital audio outputs to analog inputs or vice versa See Figure 1 Coaxial digital Coaxial audio cable AA E Figure 1 Coaxial Digital Audio Optical digital audio connectors are normally covered by a shutter to protect them from dust The shutter opens as the cable is inserted See Figure 2 Optical digital audio cable iL JF TC Figure 2 Optical Digital Audio Due to the nature of digital signals as binary bits they aren t subject to signal degradation the way analog signals are Therefore the quality of coaxial and optical digital audio connections should be the same although it is important to limit the length of the cable Whichever type of connection you choose Harman Kardon recommends that you always select the highest quality cables available within your budget Analog Audio
83. C 02 1 05 OUT 11 F 23 DVD LD DVD Mechanism CX41 17P 2 03 U 5V 06 12 0 0 0 24 GND_LD O AL 2ONT BOARD 41 17 RONT BOARD D _ ESO i IP DISPLAY BN07 6P CNO7 6P MP REVISION 2 4 6 1 3 5 7 WIRING DIAGRAM SHEET MODEL DVD48 DESIGN CHECK APPROVE DRAWING NO 174 L S H P J H 2 07 03 12 07 03 12 1 4
84. C D When the Vaddis 778 outputs composite SCART video this line is the Y output 160 VDDDAC S 3 3 V Analog power supply for the video DACs 161 AO When the Vaddis 778 outputs composite non DAC SCART video this line is Y output When the Vaddis 778 outputs RGB this line is the Red output When the Vaddis 778 outputs YUV this line is the V output When the Vaddis 778 outputs composlte SCART video this line is the C output 162 C 5D U AO When the Vaddis 778 outputs composite SCART or non CART video this line is C DAC C output When the Vaddis 778 outputs ROB this line is the Blue output When the Vaddis 778 outputs YUV this line is the U output 163 RSET Resistive load for gain adjustment of the DACs 22 ZORAN Corporation 1390 Kifer Road Sunnyvale 94086 5305 Phone 408 523 8500 Fax 408 523 6501 ZORAN Proprietary 116 DVD48 harman kardon Vaddis 778 Data Sheet Pin Number 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 183 184 185 186 187 188 Pin Functions GNDDACP GNDDABS GNDDACPS DACDRIVEO VDDDACS DACDAIVE 1 GNDDACDS VDDAFEHF RFINP RFINN GNDAFERF VDDAFES 7 ADCIN 6 ADCIN 5 0 VBIASYO 1 GNDAFES GPCY DVDDAT 0 NRZDATA Direction AO AO Al Al Description Ground for
85. Connections Coaxial Output E Optical Input w Video Connections Component Composite S Video HDMI Connections digital audio and video HDMI Types of Connections This section will briefly review different types of cables and connections that you may use to set up your system Audio and video signals originate in what are known as source devices including a DVD CD player such as the DVD 48 Separate connections are required for the audio and video portions of the signal unless an HDMI connection is used see below The types of connections used depend upon what s available on your receiver and for video signals the capabilities of your video display Audio Connections There are two formats for audio connections digital and analog Digital audio signals are required for listening to sources encoded with digital surround modes such as Dolby Digital and DTS There are two types of digital audio connections commonly used coaxial and optical Either type of digital audio connection may be used but never both simultane ously However it s okay to make both analog and digital audio connec tions at the same time to the same source NOTE The DVD 48 outputs digital audio signals through the HDMI connection If your receiver processor or video display is capable of processing the audio portion of the HDMI signal then you will not need to make a separate digital audio connec tion However as explained in the
86. D 48 placing it in Standby mode Open Close Press this button to open or close the disc drawer If the DVD 48 is in Standby mode pressing this button will turn it on Page Up Down Some DVD Audio discs allow you to select from several still images associated with an audio selection while it is playing the disc has implemented this feature press these buttons to view the images in forward or reverse order If this feature 15 not available the feature prohibited icon will be displayed in the upper right corner of the screen Audio Press this button while a DVD is playing to display the current audio track information and to select another audio format Clear Press this button to clear a number you have started to enter This button may also be used to clear the on screen displays Press and hold this button for five seconds while in Stop mode and with all on screen displays cleared to reset the DVD 48 to its factory default settings Title This button allows you to select from the titles stored on the disc which may include making of or other featurettes Some DVD Audio and Video discs may display their disc menu Subtitle Press this button while a DVD containing subtitle information is playing to turn subtitles off or to select a subtitle language This setting will only be in effect for the current disc NOTE Due to the variations in how DVD discs are authored the subtitle languages displayed by the DVD 48
87. DC Output C WoC Drain m p p Cell Power Management 1 PWM Controller CoolMOS CS Precise Low Tolerance Peak Current Limitation Control le Softs 5 F sense Unit Auto Restart Mode CoolSET F3 SoftS Version 2 0 59 DVD48 harman kardon CoolSET F3 technologies Pin Configuration and Functionality 1 Pin Configuration and Functionality 11 Pin Configuration with PG DIP 8 6 12 Pin Configuration with PG DIP 7 1 Pin Function Pin Function 1 Soft Start 1 Soft Start 2 Feedback 2 Feedback 3 CS Current Sense 3 CS Current Sense 650V CoolMOS Source EE 650V CoolMOS Source 4 650 1 CoolMOS Drain 4 Not connected 5 650V Depl CoolMOS Drain 650 1 CoolMOS Drain Not Connected I 7 Controller Supply Voltage Controller Supply Voltage 8 GND Controller Ground 8 GND Controller Ground D at T 110 C D 110 C Package PG DIP 8 6 Package PG DIP 7 1 Figure 1 Pin Configuration PG DIP 8 6 top view Figure 2 Pin Configuration PG DIP 7 1 top view Note Pin 4 and 5 are shorted within the DIP 8 package Version 2 0 60 harman kardon DVD48 Infineon CoolSET F3 technologies Representative Blockdiagram lagram Blockd Ive Representat 2 Lno A jndino
88. DOCUMENT NO REV 1 0 PAGE gq OF 44 PACKAGE PIN DESIGNATIONS Top view RX MEV VNA FNN FNP DIP DIN BYP RFAC VPA AIP AIN ATON ATOP RFSIN RFDC LINK LU O LL ER CL 41 40 39 38 37 V25 apasi 2 71 ERE LCP _ MNTR 1 V125 ZR36707TQCG 2 K 00 10 11 12 CDA DVDRFP D2 w ON o 5 7 p p OD b C E CDB L DVDRFN 97 MIRR LDON VNB CDPD DVDPD CDLD DVDLD DVD48 harman kardon BR24L16 W BR24L 16F W BR24L16FJ W Memory ICs BR24L16FV W BR24L16FVM W 2kx8 bit electrically erasable PROM BR24L16 W BR24L16F W BR24L16FJ W BR24L16FV W BR24L16FVM W BR24L16 W series is 2 wire BUS type serial EEPROMs which are electrically programmable BUS is a registered trademark of Philips e Applications General purpose eFeatures 1 2k registers x 8 bits serial architecture 2 Single power supply 1 8V to 5 5V 3 Two wire serial interface 4 Self timed write cycle with automatic erase 5 16 byte page write mode 6 Low power consumption Write 5V 1 2mA Typ Read 5V 0 2mA Standby 5V 0 1uA Typ 7 DATA security Write protect feature WP pin Inhibit to WRITE atlow VCC 8 Small package DIP8 SOP8 SOP J8 SSOP B8 MSOP 8 9 High reliability EEPROM with Double Cell structure 10 High reliabilit
89. Digital Main Supply Voltage 1 Yoo __ Vas Digital Ground Voltage gt 22 AA lt s C1 2 882 4 Z a s 558 Tarpa LET X Ilo e 9 20 38 20 23 Vpp ICCSEL 39121 RESET 55 2 SC2 DD_2 E0 TDO E1 RDI gt TI o O E 23 voltage must not be applied to ROM devices o4 Top priority non maskable interrupt cO Digital Ground Voltage NN Resonator oscillator inverter output Must be tied low the flash gramming mode this pin acts as the programming voltage input Vpp See Section 12 9 2 for more details High Volta _ 111 cillator inverter input Diote Main Supply Votage x x Sci Transmit Data Out X x gt X Poner SorReceive Data n 7 x x Pop VO ea e st x Pes Notes 1 In the interrupt input column eiX defines the associated external interrupt vector If the weak pull up column is merged with the interrupt column int then the I O configuration is pull up interrupt input else the configuration is floating interrupt input 2 In the open drain out
90. Disc 540 ABEX 111 TEAC Serial NO Test Conditions 758 Load Terminated AC Input For USA 120V 60Hz For Europe 230V 50Hz Test Measuerment VM 700T MP H 4 Video Frequency Respoens 759 Terminated Measurement Item 0 5MHz Ref 08 208 MDVD W111 Composite dB E n A TITLE1 CHAPTER 100 Multi Brust OdB 2dB 9dB 2058 T 508 MDVD W111 TITLE1 CHAPTER7 100 Multi Brust S Video Y dB OdB 2dB OdB 2dB 3qB 2dB Component Y 005 208 MDVD W111 dB OdB 2 TITLE1 CHAPTER7 Interace Mode OdB 2dB 100 Multi Brust 9dB 288 DVD48 l Instruction manual ass y Accessories 2 Package Drawing POLY BAG CARD WARRANTY HARMAN IMAGE BROCHURES C E MANUAL INSTRUCTION SHEET IMPORTANT BATTERY ASS Y Ss CABLE S VHS 1 5M CORF JACK MONO 1200MM CORD PIN 3P W R Y CABLE HDMI 2M STAPLE NO DESCRIPTION PARTS NO Q t CARD WARRANTY CQE1A172X HARMAN IMAGE BROCHURES 1 MANUAL ASS Y 6 REMOCON ASS Y BOX OUT CARTON Ha INSTRUCTION MANUAL BATTERY al ee EN wmm oo E fom Ha 10 DVD48 harman kardon FRONT PANEL CONTROLS Skip S earch Pla Reverse 4 Skip Search Indicator Pause Forward 00 EJ Full Remote IR Sersor Standby On Stoo Display Disc D
91. ENTS 4077 1 44 J Nr 5 D CHECK APPROVE DR NG NO 1 69 5 4 3 2 1 DVD48 harman kardon 15 1 La s al sale seal sls E Ley Y Y CCIR656_DATA RESET M_RESET2 GND HDMI_DO GND e FLI2310 MCLK SELECT icu HOMI_D1 649 8650 8651 4 C Hou 27 0 13 5MHz N C GND 58 our 2 a 8 42 02 Q 5 F SII G Y Y OUT 4 5 G v v OUT 3 0 G v v OUT 2 G Y Y OUT 1 T Y RAN C fo E 8 4 Pr 0U1_3 l P SCALER GND ND a u Pb 0 8 u Pb o IA 1 DTE NES MP 161 BEAD EOR REN pas La REVISION 2 2 170 OT DVD48 harman kardon E a M
92. F SIGNAL OUTPUT Single ended RF summing output reference to 2 4 V FE O FOCUSING ERROR SIGNAL OUTPUT Focus error output reference to V125 TE O TRACKING ERROR SIGNAL OUTPUT Tracking error output reference to V125 CE A CENTER ERROR SIGNAL OUTPUT Center error output reference to V125 MEVO A A O RFDDC BOTTOM ENVELOPE OUTPUT Bottom envelope PI or bottom clamped RF envelope signal output for Mirror detection DT A O DEFECT OUTPUT CMOS output V33or VPB When the PI signal level is below the detection level or when the Rf signal level is below the detection level the DFT output goes high This output is selected by serial port MIRR O MIRROR DETECT OUTPUT Mirror detect comparator output CMOS output V33or VPB E O PULLIN SIGNAL OUTPUT The summing signal output of A B C D or Reference to V25 3 DVDLD O APC OUTPUT DVD APC output pin to control the laser power CDLD O APC OUTPUT CD APC output pin to control the laser power MNTR O MONITOR OUTPUT Monitor Output signal is selected 5 95 DVD48 harman kardon TITLE ZR36707TQCG Electrical Specification PIN DESCRIPTION continued ANALOG PINS NAME BYP CP CN LCP TYPE MP MEV MLPF TPH VC V125 RX SERIAL PORT PINS NAME TYPE SDEN SDATA SCLK DESCRIPTION The RF integration capacitor CBYP is connected between BYP and VPA DIFFERENTIAL PHASE TRACKING LPF PIN The extern
93. G 1 format SF size half D1 size 2 3 D1 size or CCIR size MPEG 2 format to the interlaced CCIR size 4 2 2 Y U and V format is performed by the Vaddis 778 The interlaced video display frame rate is either 25 or 29 97 frames per second Frame rate conversion is performed from coded MPEG frame rates of 23 976 25 or 29 97 per second to one of the two display frame rates mentioned above For example for display frame rate of 29 97 and coded frame rate of 23 976 3 2 pull down is performed The progressive video display frame rate is either 50 or 59 94 frames per second Frame rate ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94088 5305 1 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary conversion s performed from coded MPEG frame rates of 23 976 25 or 29 97 per second to one of the two display frame rates mentioned above by a de interlacing unit using 2 fields edge adaptive interpolation The interlaced or progressive 8 bits digital video output is synchronous with an output video clock and sync signals and contiguous along each video line Image display location relative to the sync signals and size up to the max specified above are specified by Vaddis 778 SW The size of the displayed part of the decoded image can be less than or equal to the size of the decoded image Format conversion between PAL NTSC 16 9 or 4 3 is supported with pixel aspect ratio conservation using e g
94. GAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE AND RATING OF FUSE S D303 0501 0312 0302 0504 CY32 50 5 CY31 L 250V DVD48 On R30 CNS1 1301 C310 K R508 Cm 1055 0508 0509 0311 R316 R318 THSS R519 28 8888 2d C 2 10 O P QW RI 8 G 8 R317 0501 s N 1132 55 harman kardon 341 CN35 C 02 e 344 R351 R346 5 cc Qz C331 G C332 1634 R342 X C333 C339 R356 C323 1055 ac CON gt G 888 e R329 R320 R32 LO R321 S gt 5 0324 C338 be HO 0322 R331 Ge D335 031 s _ 285 722257545 und 412144 68058595 82 288 DVD 48 MP A MAIN PCB 66 DVD48 harman kardon E C C C Y QN PONN NT l aqua ARR REA m a a is A A FL i qe 74 87 ya t A AC Le dl f P I d zz D 2 1 ur E Fi Epl Xu ST E y Ge 22 TNT T ry m LA E
95. IN CONFIGURATION PIN FUNCTION 1 OUTPUT 2 INPUT 3 A INPUT 4M 5 B INPUT 6 B INPUT 7 B OUTPUT NJM2068D 8 NJM2068M NJM2068L NJM2068V m EQUIVALENT CIRCUIT 1 2 Shown INPUT INPUT OUTPUT 141 DVD48 harman kardon October 2002 National Semiconductor LM1117 LM1117 800mA Low Dropout Linear Regulator General Description Features The LM1117 is a series of low dropout voltage regulators m Available in 1 8V 2 5V 2 85V 3 3V 5V and Adjustable with a dropout of 1 2V at 800mA of load current It has the Versions same pin out as National Semiconductor s industry standard m Space Saving SOT 223 and LLP Packages LM317 m Current Limiting and Thermal Protection The LM1117 is available in an adjustable version which Output Current 800 set the output voltage from 1 25V to 13 8V with only two m Line Regulation 0 2 Max external resistors In addition it is also available in five fixed Load Regulation 0 4 Max voltages 1 8V 2 5V 2 85V 3 3V and 5V m Temperature Range The LM1117 offers current limiting and thermal shutdown Its LM1117 0 C to 125 C circuit includes a zener trimmed bandgap reference to as LM1117I 40 C to 125 C sure output voltage accuracy to within 1 The LM1117 series is available in LLP TO 263 SOT 223 Applications TO 220 and TO 252 D PAK packages A minimum of 10uF 2 BEY Model for SCSI Active Termination tantalum capacitor is required a
96. Input for mute control Notes Symbol of and output of drivers means polarity to input pin For example 1f voltage of pinl 18 high pin14 is high AMtek SEMICONDUCTORS Feb 2005 V1 2 DVD48 harman kardon BH7862FS Multimedia ICs High performance 6 channel video driver IC for progressive DVD BH7862FS BH7862FS is a 6 channel video driver IC developed for progressive DVD player recorder Special filters adjusted to each band of various video signals are incorporated into a single chip Extended definition size reduction and high cost performance can be achieved in DVD players O Application DVD players DVD recorders OFeatures 1 Each high performance filter amplifier and 750 driver for DVD are incorporated into a single chip 2 Driver 6ch Y C MIX and PY Pb Pr for progressive 3 Group delay difference between chroma signal and luminance signal is a small number of nsec 4 Drive 2 lines of each signal 5 Operating by 5V single power supply 6 Built in mute circuit s e Absolute maximum ratings 25 Parameter Symbol Limits Unit Power dissipation 0 95 W Operating temperature range Topr 10 70 C Storage temperature range Tstg 55 150 G Reduced by 7 6mW for each increase in Ta of 1 C over 25 C PCB 70mmx70mm t 1 6mm glass epoxy mounting Recommended operating conditions Ta an Parameter Unit
97. MEMAD FSI RDP 4 tEMDA WFCLIF22 MEMAD PCUF 17 E 16 21 MEMAD S FCUF15 Voor 42 2 14 5 4 MEMAD EI MEMCS O Jr MEMAD 1PFCUF 1 f BOOTSE 2 MEMAD OP FCUIF1OTBOOTSEL 1 ENDE ZR36 7 8HQCG Vaddis 778 35 4 vnnc PAGO 1 GP Cia 104 4 PYM OR 1 MA FATA CT 1 FES VEME51 Va 950 harman kardon DUPTD1 GPCROSS DUPED GEPCIZ VOL P GPCIOS3S GECIOSS GNOP DGF AOS 7 voor ES HE RESETS GNDA auae 1 4 VIDI pe m 4 4 VIDI meia VIDKAVICET CH GRCIO pe GNOP PLETDONDAPCDOA GNCET Wi CEMIS POIS VEL CJ MAS 1 GPCIC2STICITDO EPICA TE T AMCLK 74 7 AZ SPAR ROUTSABGPS m aouT eros S apgin
98. MI ER LEVEL SHIFT 30 FLASH ROM lt gt 5190506 T7 HNIKOSFU HDMI OUT 16M Bit gt A ents HDMI 1 1 Ver PR N J ick U KIC7SHOBFL C SF HD65 SDRAM KIC SPDIF 8 1 on 64M Bit BUFFER gt Traverse Unit amp Mechanism n VAT E DV 5456 1 HDMI ON OFI 4 OFF ON JIGITAL AUDIO OUT raverse Unit Mechanism PART 2 RF DATA AAA 050 DECODER 222 4MHz CAA79909 5 04M B 8CH LOWPASS FILTER N Ny gt DN a 2 sen i DSD DATA AUDIO a gt LT RT AUDIO OL E HC UTE E A a gt y DAC N EL FR PCM DSD 20 Lm d eS o FN A POWER CONTROL ST 2 52109 PCM BCLK LRCK SE CTOR ES S4 229 gt 2 D Y Y ES 0 X lt 4 7 aN FY WY For 8CH O CIK gt gt X PCM DATA MCLK 4 AUDIO OU REMOTE LED KEY DATA E Y gt PHOTO COUPLER FD DRIVER E DN 4 Se E d CH ME CM C E CL DOT VFD x REMOTE SENSOR KEY PAD REVISION 2 4 1 5 c BLOCK DIAGRAM SMPS PART FRONT PART MP DESIGN CHECK APPR0VE DRAWING NO 29 REMOTE DATA KEY DATA 19 1117 12 19 07 03 12 07 03 12 DVD48 harman kardon DVD48 Electrical Parts List Ref Designator _
99. OP VIEW 8 Vcc 7 20UT 6 2IN 51 2IN Vcc GND 4 ORDERING INFORMATION ORDERABLE TOP SIDE PART NUMBER TA PACKAGET MARKING PDIP Tube of 25 TL3472CP TL3472CP 0 C to 70 P Tube of 50 TL3472CD SOIC D 3472C Reel of 2500 TL3472CDR PDIP P Tube of 25 TL3472IP TL34721P 40 C to 105 C Tube of 50 7134720 SOIC D Z3472 Reel of 2500 TL34721DR T Package drawings standard packing quantities thermal data symbolization and PCB design guidelines are available at www ti com sc package 166 Quality low cost bipolar fabrication with innovative design concepts is employed for the TL3472 operational amplifier This device offers 4 MHz of gain bandwidth product 13 V us slew rate and fast settling time without the use of JFET device technology Although the TL3472 can be operated from split supplies it is particularly suited for single supply operation because the common mode input voltage range includes ground potential With a Darlington transistor input stage this device exhibits high input resistance low input offset voltage and high gain The all npn output stage characterized by no dead band crossover distortion and large output voltage swing provides high capacitance drive capability excellent phase and gain margins low open loop high frequency output impedance and symmetrical source sink ac frequency response This low cost amplifier is an alternative to the MC33072 and the MC34072 ope
100. P MEMDA 2 MEMAD 17 9 FCLIH22 MEMAD 7 ECUIFT17 MEMDA 1 FCUIR3 MEMAD 6 FCUIFT16 8 YO YO Direction Description Hash card interface unit input output signal SRAM write enable active low output Flash card interface unit output signal SRAM directional data bus Flash card interface unit output signal 1 8 V Digital core power supply PNVM SRAM bi directional data bus Flash card interface unit input output signal PNVM SRAM bi directional data bus Hash card interface unit input output signals PNVM SRAM address bus outputs FLL frequency selection 108 MHz low or 135 MHz high Level sampled during RESET Digital core ground of 1 8 V supply PNVM SRAM bi directional data bus Flash card interface unit input output signal PNVM SRAM address bus output Digital periphery ground of 3 3 V supply PNVM SRAM bi directional data bus Flash card interface unit input output signals PNVM SRAM address bus output PNVM SRAM bi directional data bus Hash card interface unit input output signal PNVM SRAM address bus outputs Flash card interface unit output signal PNVM SRAM directional data bus Hash card interface unit input output signals PNVM SRAM address bus outputs Flash card interface unit output signal PNVM SRAM bi directional data bus
101. RAM chip select active low output SDRAM row select active low output SDRAM column select active low output 3 3 V Digital periphery power supply SDRAM write enable active low output SDRAM data masking active high output Digital ground of filtered 3 3 V supply for FOLK SDRAM clock output same as internal processing clock 3 3 V filtered digital power supply SDRAM bi directional data bus RAN Corporation 1390 Kifer Road Sunnyvale CA 94088 5305 4 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 109 Pin Number Pin Functions harman kardon 83 84 86 87 88 90 91 92 93 94 95 96 97 98 100 101 102 104 105 106 107 108 GNDP RAMDAT 7 9 6 VDDP RAMDAT 110 5 11 GNDP 74 VDDC RAMDA 1112 GNDC 113 VDDP RAMDAT 13 2 14 GNDP RAMDAT 1 15 0 VDDP GPCI OJ20 CPUNMI SDATA 0 GNDP ICGFCI OJO AOUT 3 Direction Description S Digital periphery ground of 3 3 V supply SDRAM bi directional data bus S 3 3 V Digital periphery power supply SDRAM bi directional data bus S Digital periphery ground of 3 3 V supply SDRAM bi directional data bus S 1 8 V Digital core power supply O SDRAM bi directional data bus S Digital core ground of 1 8 V supply SDRAM bi directional data bus 5 3 3 V Digital power supply SDRAM bi directional data bus Digital periph
102. S ASS YS ns E 42 DVD48 harman kardon Ref Ret Designator Pad Number A P MEAS ASS YS E 43 DVD48 harman kardon Ref Pad Number EE Number P MEAS wama ASS YS area a 5 E 44 DVD48 harman kardon Ref Pad Number EE Number _ LEE ey _ P MEAS was ASS YS es RES cH 45 DVD48 harman kardon Ref Pad Number EE Number P MEAS was ASS YS a es on RES RES cHi 1 2K 1 1608 SIZE 46 DVD48 harman kardon Ref Designator_ PartNumber______ Description 010 AO AAA EE A MAINFRONTPCBASSYS O O o o o Oo oOo o E AA AE CHIP RES 1 39 Ohm 39 OHM 1 1608 SIZE CHIP RES 1 39 Ohm 39 OHM 1 1608 SIZE CHIP RES 1 39 Ohm 470 OHM 1 1608 SIZE C Miscellaneous C A A 11 u ____________ 4 HEATSINK 55 FOR 033 CVICEFO4N7 CMY5A222 1 FB 2012 0805 600E 1 5A POWER 402 7 28062 BEAD CHP_ EA FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER FB 2012 0805 600E 1 5A POWER FB
103. S PB4 AIN0 PD0 AIN1 PD1 VAREF VssA MCO AIN8 PFO HS PF1 OCMP1_A AIN10 PF4 ICAP1_A HS PF6 EXTCLK_A HS PF7 AIN12 OCMP2_B PCO AIN13 OCMP1 B PC1 2 B HS 2 1 B HS ICCDATA MISO PC4 AIN14 MOSI PC5 VAREF VssA MCO AIN8 PF0 BEEP HS PF1 OCMP1_A AIN10 PF4 ICAP1_A HS PF6 EXTCLK_A HS PF7 AIN12 OCMP2_B PC0 8 151 AIN13 OCMP1 B PC1 lt lt O HS 2_ ICAP1_B HS OZ ICCDATA MISO co m o co AIN14 MOSI PC5 LU ICCCLK SCK PC6 162 RDI AIN15 SS PC7 L harman kardon PB3 PBO PE1 RDI PEO TDO Vpop OSC1 OSC2 RESET Vpp ICCSEL PA3 HS PC7 SS AIN15 PC6 SCK ICCCLK HS 8mA high sink capability eix associated external interrupt vector OSC1 OSC2 2229 RESET Vpp ICCSEL PA7 HS PA6 HS PA4 HS HS 8mA high sink capability eix associated external interrupt vector q DVD48 harman kardon ST72F324L ST72324BL PIN DESCRIPTION Cont d For more details refer to ELECTRICAL CHARACTERISTICS on page 110 Legend Abbreviations for Table 1 Type input O output S supply In Output level C CMOS CMOS with input trigger Output level HS high sink on N buffer only Port and control configuration Input fl
104. TIVE HALT or HALT mode reducing power consumption when the application is in idle or stand by state The enhanced instruction set and addressing modes of the ST7 offer both power and flexibility to software developers enabling the design of highly efficient and compact application code In addition to standard 8 bit data management all ST7 micro controllers feature true bit manipulation 8x8 un sighed multiplication and indirect addressing modes PROGRAM MEMORY 8K 60K Bytes IS RAM 384 2048 Bytes lt 2 7 3 5 bits on J devices 4 bits on K devices eae PB4 0 5 bits on J devices 3 bits on K devices lt PC7 0 8 bits DVD48 harman kardon ST72F324L ST72324BL 2 PIN DESCRIPTION Figure 2 44 Pin TQFP Package Pinouts 7 ICCSEL 00 RDI PE1 Ves PBO VoD PB1 HS 2 7 55 AIN15 PC6 SCK ICCCLK HS PB4 i PC5 MOSI AIN14 AINO PDO MISO ICCDATA AIN1 PD1 PC3 HS ICAP1_B AIN2 PD2 PC2 HS ICAP2_B AIN3 PD3 PC1 OCMP1 B AIN13 PDA PCO OCMP2 B AIN12 8 19 20 HS PF2 C HS PF6 C HS PF7 AIN5 O OCMP1 A AIN10 PF4 L HS PF1 EXTCLK A AIN8 PFO L ICAP1 A eix associated external interrupt vector 161 7 151 DVD48 ST72F324L ST72324BL PIN DESCRIPTION Cont d Figure 3 32 Pin SDIP Package Pinout H
105. UIR35 IDGPCY 0 2 DVDDAT 5 GNDPWMS PWMCO 4 Direction Description General purpose input output monitored controlled by the CPU or DSP or FCU SW AV qata input for FE by pass NRZ clock input for AFE and DRC by pass O PWM2 output signal General purpose input output monitored controlled by the CPU or DSP SW AV data input for FE by pass NRZ lock input for AFE and DFC by pass Digital core groond of 1 8 V supply O PWM3 output signal General purpose input output monitored controlled by the CPU or DSP SW AV data input tor FEby pass NRZ defect input for AFE and DFC by pass 1 8 V Digital core power supply O PWM4 output signal General purpose input output monitored controlled by the CPU DSP SW O Hash card interface unit input signal AV data inputs for FE by pass O PWMS output signal General purpose output monitored controlled by the CPU or DSP SW Flash interface unit input output signal General purpose input output monitored controlled by the CPU or DSP SW When input the pin can be Used as general purpose external interrupt to the DSP AV data Inputs for FEby pass SERVO PWMs ground of 3 3 V supply O PAMS output signal 54 ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 118 DVD48 harman kardon Vaddis 778 Data Sheet Pin Numbe
106. Video Format Converter L ead Free Publication number CO702 DAT 15A Publication date November 2004 Genesis Microchip Inc www gnss com 73 DVD48 Mwst DISPLAY PERFECTION 2 BLOCK DIAGRAMS harman kardon FLI2310 LF Digital Video Converter Data Sheet Figure 2 1 FLI2310 Simplified Internal Block Diagram Port 2 8 bit 656 Input Input Processor with Auto Sync and auto Adjust Port 1 8 16 24 bit RGB YCrCb Input Clock Generation PLLs Noise Reducer Deinterlacer Frame Vertical and Horizontal Scalers Output Rate Converter and Processor SDRAM interface Vertical and Horizontal Enhancers 2 wire interface 2Mx32 SDRAM external 74 16 20 24 bit RBG YCrCb Digital Outputs DVD48 harman kardon DISPLAY PERFECTION FLI2310 LF Digital Video Converter Data Sheet 3 PIN INFORMATION 3 1 Pin Diagram Figure 3 1 Pinout Information
107. a Interface output HDMI is capable of carrying digital audio and video information using a single cable delivering high quality picture and sound The DVD 48 is capable of outputting up to 720p 1080i or 1080p video and 2 or 6 channel PCM or up to 5 1 channel Dolby Digital or DTS audio through its HDMI connection The DVD 48 is in compliance with HDCP High Definition Copy Protection and the video display must also be HDCP compliant to be used with the DVD 48 s HDMI output Simplay gt The DVD 48 is Simplay HD verified for compatibility via the HDMI connection with other Simplay HD verified products The physical HDMI connection is simple The connector is shaped for easy plug in see Figure 5 If your video display has a DVI input you may use an HDMI to DVI adapter not included to connect it to the HDMI Output but a separate audio connection is required _ ne Figure 5 HDMI Connection harman kardon Analog Video There are three types of analog video connections composite video S video and component video Composite video is the basic connection most commonly available The jack is usually color coded yellow and looks like an analog audio jack although it is important never to confuse the two Do not plug a composite video cable into an analog or coaxial digital audio jack or vice versa Both the chrominance color and luminance intensity components of the video signal are transmitted using a sin
108. acking Error Signal output 3 Beam tracking error detection Differential Phase tracking error Detection Focusing Error Signal output Center Error Signal output 91 DVD48 harman kardon TITLE ZR36707TQCG Electrical Specification 1 1 1 Features continued Channel 100MHz bandwidth Supports individual RF inputs for DVD differential or single ended and CD single_ended Supports internal summing mode for RF signal for DVD and CD respectively Programmable attenuator min 24dB 4bit resolution Fast attack mode for rapid AGC recovery Low drift AGC hold circuitry Signal Swing qualification circuit Temperature compensated exponential control AGC Supports internal AGC HOLD control function Supports four ranges of Programmable cutoff frequency 1 to 4 0MHz 3 5 to 12MHz 11 to 36MHz 30 to 72MHz Programmable boost equalization of 0 to 11dB Single ended normal outputs for pulse qualification Differential normal signal outputs 20 Fc accuracy Fc 1 to 12 MHz 15 Fe accuracy Fc 11 to 72 MHz Less than 2 total harmonic distortion No external filter components required Auto Laser Power Control Supports power mode selection Provides dual APC circuits for twin laser VC reference voltage Supports VC VPB 2 reference voltage output for internal and external circuits Supports V125 V25 2 reference voltage output for internal servo output reference voltage 92 DVD48 h
109. al capacitance is connected between CN DIFFERENTIAL PHASE TRACKING LPF PIN The external capacitance is connected between CP LENS SHIFT OFFSET CANCEL LPF PIN The external capacitance is connected between LCN LON LENS SHIFT OFFSET CANCEL LPF PIN The external capacitance Is connected between LCP MIRR TOP HOLD PIN The external capacitance is connected to VPB MB MIRR BOTTOM HOLD PIN The external capacitance is connected to VPB RFDC BOTTOM ENVELOPE PIN The external capacitance is connected to VPA MIRROR LPF PIN An external capacitance is connected to VPB PI TOP HOLD PIN An external capacitance is connected to VPB REFERENCE VOLTAGE OUTPUT This pin provides the DC bias reference voltage VPB 2 Output impedance Is less than 50Q REFERENCE VOLTAGE OUTPUT DC bas voltage output and it is also used for reference V25 2 REFERENCE RESISTOR INPUT An external 12 0KQ 1 resistor is connected from this pin to ground servo output DESCRIPTION SERIAL DATA ENABLE Serial enable CMOS input A high level input enables the serial port not to be left open SERIAL DATA Serial data bidirectional CMOS pin V33or VPA NRZ programming data for the internal registers is applied to this input not to be left open SERIAL CLOCK Serial clock CMOS input The clock applied to this pin is synchronized with the data applied to SDATA not to be left open 96 DVD48 TITLE ZR36707TQCG Electrical Specification harman kardon
110. ampled during RESET In normal operation the pin must be low during RESET O PNVM SRAM bi directional data bus Flash interface unit input output signals S Digital periphery ground ot 3 3 V sopply O PNVM SRAM address bus output O Hash card interface unit output signal O PNVM SRAM bi directional data bus Flash card interface unit input output signal O PNVM SRAM address bus outputs O Flash card interface unit output signal PNVM SRAM bi directional data bus Flash card interface unit input output signals O PNVM SRAM address bus outputs O Flash card interface unit output signal PNVM SRAM bi directional data bus VO Flash card interface unit input output signals O PNVM SRAM address bus outputs SRAM select active low output General purpose input output monitored controlled by the CPU DSP SW 5 3 3 V Digital periphery power supply PNVM SRAM bi directional data bus 12 ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 106 DVD48 harman kardon Vaddis 778 Data Sheet Pin Number 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 Pin Functions FCUIH25 MEMWRE FCUIHO MEMDAJ 4 FCUIFT6 VDDC 1 1 FCUJ T24 3 FOUIFTS MEMAD 19 PLLSH GNDC MEMDA 10 FCUIH23 MEMAD 18 GND
111. arman kardon TITLE DOCUMENTNO REV ZR36707TQCG Electrical Specification 10 PAGE 6 44 1 1 2 Block Diagram Figure 1 gt 9 gt 66 0 66 0 14 gt 3 2 5 PROGRAMMABLE DVDAFP f IMP EOUALUER OUTPUT INHIBIT DVDREN MUX BIAS ALTER RECTIFIER CHARGE DIFFERENTIATOR PUMP AFSIN m RFCRb3 AGC HOLD 4 2 65 4 m 674 INPUT IMP SEL ATT AGCO 2 SSOUT 67 5 H Clamp SIGA b3 INPUT IMP SEL INPUT SEL Env Clamp 2 n Laval bs CCA b4 0 Tenvb SIGDET DAC wiLPF dne 5 BE Pp FE Offsat MUX LPF GCA SEA 3 GCA 446 ES cansal gt gt FOCA bras FS gai b4 0 FOCA b3 0 E Es Pl offsat FO Gain B Offset m cancal m Pl p Mer 12dB is addad TOPHLD ui CDA b5 1 CTCA b7 AL Bg AFDC a b1 0 D OUTPUT INHIBIT m i CTCA b3 0 GO gain cp D CBA 65 4 TE MASK sal 12dB is addad high gain moda b5 1 PDCA b3 0 8dB 4bit CD DVD CE offset 6d Bis added gain moda CDA b5 1 E En PIOR b7 5 4 CDA 66 High gain pas m 7 But 12dB m LCN 12dB is added high gain moda CDA b5 1 GN PHASE suB DETECTOR TACA 65
112. be complete by issuing a burst read and DQM for blocking data inputs or burst write in the same or another active bank The burst stop command is valid at every burst length The write burst can also be terminated by using DQM for blocking data procreating the bank after the last data input to be written into the active row See DQM OPERATION also DQM OPERATION The DQM is used mask input and output operations lt works similar to OE during operation and inhibits writing during write operation The read latency is two cycles from DQM and zero cycle for write which means DQM masking occurs two cycles later in read cycle and occurs in the same cycle during write cycle DQM operation is synchronous with the clock The DQM signal is important during burst interrupts of write with read or precharge in the SDRAM Due to asynchronous nature of the internal write the DQM operation is critical to avoid unwanted or incomplete writes when the complete burst write is required Please refer to DQM timing diagram also PRECHARGE The precharge is performed on an active bank by asserting low on clock cycles required between bank activate and clock cycles required between bank activate and CS RAS WE A10 AP with valid A13 A12 of the bank to be procharged The precharge command can be asserted anytime after tras min 15 satisfy from the bank active command in the desired bank tre is defined as the minimum number of clock cycl
113. believed to be accurate and reliable However no responsibility is assumed by Analog Devices for its use nor for any infringements of patents or other rights of third parties that may result from its use Specifications subject to change without notice No license is granted by implication or otherwise under any patent or patent rights of Analog Devices Trademarks and registered trademarks are the property of their respective owners 85 Programmable DAC gain control Sync outputs in all modes On board voltage reference Six 12 bit NSV noise shaped video precision video DACs 2 wire serial IC interface open drain configuration Dual I O supply 2 5 V 3 3 V operation Analog and digital supply 2 5 V On board PLL 64 lead LQFP package Lead Pb free product APPLICATIONS EVD players enhanced versatile disk High end SD PS DVD recorders players SD progressive scan HDTV display devices SD HDTV set top boxes Professional video systems STANDARD DEFINITION CONTROL BLOCK COLOR CONTROL BRIGHTNESS DNR GAMMA PROGRAMMABLE Fl LTERS SD TEST PATTERN PROGRAMMABLE S0 RGB MATRIX ADV7320 ADV7321 Ooz r uz oum c o HIGH DEFINITION CONTROL BLOCK HD TEST PATTERN HSYNC COLOR CONTROL TIMING ADAPTIVE FILTER CTRL PANE GENERATOR SHARPNESS FILTER 05067 001 Figure 1 Simplified Functional Block Diagram GENERAL DESCRIPTION The ADV 7320 ADV7321 are high speed digital to analog encode
114. cation Revision 1 0 June 29 2004 Print Date September 15 2004 TITLE DOCUMENTNO REV ZR36707TQCG Electrical Specification 1 0 PAGE 4 44 1 Requirements 1 1 General Description The ZR36707 device is a high performance BICMOS single chip analog front end IC that contains the servo functions RF attenuator AGC and Programmable equalizer filter for a DVD drive system and dual auto laser power control circuit to support the twin pickups or twin lasers system Programmable functions of the 2836707 are controlled through a bidirectional serial port and banks of internal registers 1 1 1 Features General Supports AGC and equalizer filter for CD 1x to 60x and DVD 1x to 16x with RX 12 0kQ 1 accuracy Low Power operation 650mW typical for 1x DVD mode Bi directional serial port register access Register programmed power management Sleep mode lt 5mW Power supply range 4 5 to 5 5volts Supports 3 3V logic outputs Small footprint 64 Lead TQFP package Servo Programmable equalizer for the Differential Phase tracking error Detection circuit DPD 7OKHz bandwidth for the focus and PI circuits Input programmable gain control amplifier 1 2 to 4 3V V for A B C D CD_A B C D E F and 3 6 to 12 9V V for A2 B2 C2 D2 3bit resolution Servo algebra signals used for optical alignment seeking focusing and tack following Pul In Signal output Mirror Signal output Defect Signal output BCA Burst Cutting Area code output Tr
115. ckage In Circuit Testing capability ST72F324L J K 6 ST72F324L J K 4 ST72F324L J K 2 ST72324BL J K 4 ST72324BL J K 2 Program memory Flash 32K Flash 16K bytes Flash 8K ROM 16K ROM 8K RAM stack bytes 1024 256 512 256 384 256 512 256 384 256 Voltage Range Temp Range TQFP44 10x10 SDIP32 TQFP32 7x7 2 85 to 3 6V up to 40 C to 85 C Rev 3 159 DVD48 ST72F324L ST72324BL 1 INTRODUCTION The ST72F324L and ST72324BL devices are members of the ST7 microcontroller family de signed for the 3V operating range They can be grouped as follows The 32 pin devices are designed for mid range applications The 44 pin devices target the same range of ap plications requiring more than 24 I O ports All devices are based on a common industry standard 8 bit core featuring an enhanced instruc Figure 1 Device Block Diagram 8 BIT CORE ALU lt RESET 1 CONTROL gt PORT F 7 TIMER A BEEP PF7 6 4 2 0 6 bits on J devices 5 bits on K devices lt gt gt we SCI ME 10 BITADC K gt VAREF gt s Vssa gt PE1 0 2 bits SL PD5 0 6 bits on J devices 2 bits on K devices 6 151 160 snd v1vad 55 harman kardon tion set and are available with FLASH or ROM pro gram memory Under software control all devices can be placed in WAIT SLOW AC
116. clock cycle and the state of output and burst address is frozen as long as the CKE remains low All other inputs are ignored from the next clock cycle after CKE goes low When all banks are in the idle state and goes low synchronously with clock the SDRAM enters the power down mode from the next clock cycle The SDRAM remains in the power down mode ignoring the other inputs as long as CKE remains low The power down exit is synchronous as the internal clock is suspended When CKE goes high at least 1CLK tss before the high going edge of the clock then the SDRAM becomes active from the same clock edge accepting all the input commands BANK ADDRESSES A13 A12 This SDRAM is organized as four independent banks of 1 048 576 words x 16 bits memory arrays The A13 A12 inputs are latched at the time of assertion of RAS and CAS to select the bank to be used for the operation The banks addressed A13 A12 are latched at bank active read write mode register set and precharge operations ADDRESS INPUTS A0 A11 The 20 address bits are required to decode the 1 048 576 word locations are multiplexed into 12 address input pins AO A11 12 row addresses are latched along with RAS and A13 A12 during bank active command The 8 bit column addresses are latched along with CAS WE and A13 A12 during read or with command NOP and DEVICE DESELECT When RAS CAS and WE are high The SDRAM performs no operation NOP NOP does no
117. conductive bag 2 Repair notes 1 The pick up incorporates a strong magnet and so should never be brought close to magnetic materials 2 The pick up should always be handled correctly and carefully taking care to avoid external pressure and impact If it is subjected to strong pressure or impact the result may be an operational malfunction and or damage to the printed circuit board 3 Each and every pick up is already individually adjusted to a high degree of precision and for that reason the adjustment point and installation screws should absolutely never be touched 4 Laser beams may damage the eyes Absolutely never permit laser beams to enter the eyes Also NEVER switch ON the power to the laser output part lens etc of the pick up if it is damaged NEVER look directly at the laser beam and don t let contact fingers or other exposed skin 5 Cleaning the lens surface If there is dust on the lens surface the dust should be cleaned away by using an air bush such as used for camera lens The lens is held by a delicate spring When cleaning the lens surface therefore a cot Pressure gt lt ton swab should be used taking care not to distort this 6 Never attempt to disassemble the pick up Spring by excess pressure If the lens is extremely dirty apply isopropyl alcohol to the cotton swab Do not use any other liquid cleaners because they will damage the lens Take care not to use too much of this alcohol on
118. ctivate when Clear on screen menus or press Video Off Button to avoid on screen menus are displayed burn in on plasma and CRT displays Cannot program playlist Programmed play is not available for Programmed play is available only for CDs all disc types DVD 48 must be in Stop mode to Stop play of disc before programming a playlist program a playlist Additional information on troubleshooting possible problems with your DVD 48 or installation related issues may be found in the list of Frequently Asked Questions which 15 located in the Product Support section of our Web site at www harmankardon com 26 DISASSEMBL Y DV 048 1 Removing the Top Cabinet 3 Removing the Front Panel Remove the screws Remove the Screws 0 0 3 Removing the rear Panel D Remove the Screws 0 6 Removing the Bottom Chassis Remove the Screws 0 0 4 Removing the Main PCB 5 Remove the Screws 0 0 21 harman kardon No DESCRIPTION PARTS No ty S 5x2 SCREW 54 SCREW CTBD3 10CF7ZR _____ SCREW CTBD3 8uFC CTBD3 6FFZR AAA 28 NO DESCRIPTION PART qty 1 ORNAMENT DOOR CGX1A374YC23 CCU1A3837 CBT1A997 5 FRONT PANEL CGW2A413RDH43 6 INDICATOR POWER 7 BOTTOM CHASSIS 8 REAR PANEL CKFIA3297 9 INSULATOR SMPS 10 LOADER CJDDVD27YA 12 TOP CABINET CKC4A166644 FOOT CKL2A186H45 T CUSHION FOOT CHG1AJ60 15 FRONT PCB ASSY MAIN PCB ASS Y
119. d Each press advances to the next chapter or track Press and hold for fast search forward within the current chapter or track at the speed indicated on screen Remote IR Sensor This sensor receives infrared commands from the remote control It is important to ensure that it is not blocked If covering the sensor is unavoidable such as when the DVD 48 is placed inside a cabinet you may use an optional Harman Kardon HE 1000 or other infrared receiver connecting it to the Remote IR Input on the DVD 48 s rear panel Alternatively connect the Remote IR Output of another compatible component such as a Harman Kardon AVR to the DVD 48 s Remote IR Input Point the remote at the other device s remote sensor and the command will be transmitted to the DVD 48 An external IR blaster may also be used positioned to point at this area Dimmer Some people find the front panel display distracting especially while watching a movie Each press of this button cycles through the front panel brightness options of Full Brightness Half Brightness and Off The Power Indicator always remains lit to remind you that the DVD 48 is turned on but the display will remain dimmed or off even when a command is entered Dimming is canceled when the DVD 48 is turned off Open Close Press this button to open or close the disc drawer DVD48 harman kardon Playback Control Random Repeat HDMI Program Audio Parental Camera A B Video Bitstream Lock Angle Repeat
120. definition television 525p 625p PS progressive scan video conforming to SMPTE 293M ITU R BT 1358 1004 2 or ITU R BT 13621362 86 DVD48 harman kardon ADV7320 ADV7321 PIN CONFIGURATION AND FUNCTION DESCRIPTIONS ADV7320 ADV7321 TOP VIEW Not to Scale 18 19 20 21 22 26 27 28 29 30 31 0658885 2 86686 5 gt gt lt Iz lt nn ln cy Te a 1 la 9 2 5 Figure 19 Pin Configuration Table 6 Pin Function Descriptions Pin No Input Output Description 11 57 DGND G Digital Ground 40 AGND Analog Ground 32 CLKIN_A Pixel Clock Input for HD 74 25 MHz Only PS Only 27 MHz SD Only 27 MHZ 63 CLKIN_B Pixel Clock Input Requires a 27 MHz reference clock for progressive scan mode or a 74 25 MHz 74 1758 MHz reference clock in HDTV mode This clock is only used in dual modes 45 36 Compensation Pin for DACs Connect 0 1 uF capacitor from COMP pin to Vaa COMP2 44 DAC A CVBS Green Y Y Analog Output 43 DAC B Chroma Blue U Pb Analog Output 42 DAC C Luma Red V Pr Analog Output 39 DAC D In SD Only Mode CVBS Green Y Analog Output in HD Only Mode and Simultaneous HD SD Mode Y Green HD Analog Output 38 DAC E In SD Only Mode Luma Blue U Analog Output in HD Only Mode and Simultaneous HD SD Mode Pr Red Analog Output 37 DAC F In SD Only Mode Chroma Red V Analog Output in HD Only Mode and Simultaneous HD SD Mode Pb
121. duct description and is subject to change without notice Hynix does not assume any responsibility for use of circuits described No patent licenses are implied Rev 0 2 July 2004 2 69 DVD48 VDD DQO VDDQ DQ1 DQ2 VSSQ DQ3 DQ4 VDDQ DQ5 DQ6 VSSQ DQ7 NC VDD DQMO WE CAS RAS CS NC BAO BA1 10 1 2 DQM2 VDD NC DQ16 VSSQ DQ17 DQ18 VDDQ DQ19 DQ20 VSSQ DQ21 DQ22 VDDQ DQ23 VDD 11117111711 w E NE C lt Rev 0 2 July 2004 harman kardon HY57V643220D L S T P Series 4Banks x 512K x 32bits Synchronous DRAM S6PIN TSOP II CONFIGURATION TSOP II 400Mil x 875mil 0 5mm Pin Pitch 70 DQM3 DQ31 VDDQ DQ30 DQ29 VSSQ DQ28 DQ27 VDDQ DQ26 DQ25 VSSQ DQ24 VSS DVD48 harman kardon HY57V643220D L S T P Series 4Banks x 512K x 32bits Synchronous DRAM Pin FUNCTION DESCRIPTIONS CLK Clock The system clock input All other inputs are registered to the SDRAM on the rising edge of CLK Controls internal clock signal and when deactivated the SDRAM will CKE Clock Enable be one of the states among power down suspend or self refresh Chip Select Enables or disables all inputs except CLK CKE and DQM Selects bank to be activated during RAS activity Selects bank to be read written during CAS activity AO 10 Address Row Address RAO RA10 Column Address
122. e DVD Audio Mode setting in GENERAL SETUP menu to DVD Audio 25 DVD48 harman kardon SYMPTOM CAUSE SOLUTION Picture is distorted or jumps MPEG 2 decoding normal artifact of DVD playback for pictures to jump during fast forward or reverse play or show some distortion during rapid play Unit turns off by itself Auto Power Off setting 15 active Check Auto Power Off setting in GENERAL SETUP menu Some remote buttons do not operate Function not permitted at this time With most discs some functions are not permitted at certain during DVD play prohibited symbol times 0 Track Skip or at all e g direct audio track appears selection The OSD menu is in a foreign Incorrect OSD language Change the display language selection in the GENERAL SETUP language menu The symbol appears Requested function not available Certain functions may be disabled by the DVD itself during at this time some passages of a disc Picture is displayed in the Incorrect match of aspect ratio Change aspect ratio settings wrong aspect ratio settings to disc Disc will not copy to VCR Copy protection Many DVDs are encoded with copy protection to prevent copying to VCR Password not accepted Incorrect password being used or Factory default password 1211 always remains active password has been forgotten Screen saver not activated Screen saver will not a
123. e LLP package Pins 2 3 amp 4 must be connected together and Pins 5 6 amp 7 must be connected together Top View 143 DVD48 Ay harman kardon M29W160ET M29W160EB 16 Mbit 2Mb x8 or 1Mb x16 Boot Block FEATURES SUMMARY m SUPPLY VOLTAGE 2 7 to 3 6V for Program Erase and Read mg ACCESS TIMES 70 90ns gm PROGRAMMING TIME 10us per Byte Word typical 35 MEMORY BLOCKS 1 Boot Block Top or Bottom Location 2 Parameter and 32 Main Blocks PROGRAM ERASE CONTROLLER Embedded Byte Word Program algorithms m ERASE SUSPEND and RESUME MODES Read and Program another Block during Erase Suspend UNLOCK BYPASS PROGRAM COMMAND Faster Production Batch Programming m TEMPORARY BLOCK UNPROTECTION MODE gm COMMON FLASH INTERFACE 64 bit Security Code LOW POWER CONSUMPTION Standby and Automatic Standby m 100 000 PROGRAM ERASE CYCLES per BLOCK m ELECTRONIC SIGNATURE Manufacturer Code 0020h Top Device Code M29W160ET 22C4h Bottom Device Code M29W160EB 2249h January 2004 144 3V Supply Flash Memory Figure 1 Packages TSOP48 N 12 x 20mm FBGA TFBGAAS ZA 6 x 8mm 1 40 DVD48 SUMMARY DESCRIPTION The M29W160E is a 16 Mbit 2Mb x8 or 1Mb x16 non volatile memory that can be read erased and reprogrammed These operations can be per formed using a single low voltage 2 7 to 3 6V supply On power up the memory default
124. e side dual layer dual side dual layer DVD Audio MLP Lossless SACD Linear PCM MPEG Windows 9 Dolby Digital or DTS audio discs JPEG NTSC or PAL Video 480p 720p 10801 1080p HDMI Version 1 1 compliant HDCP Version 1 1 compliant 1V p p 75 ohms sync negative polarity 1V p p 75 ohms sync negative polarity 0 286V Y 1V p p 75 ohms sync negative polarity Pr 0 7 p p 75 ohms Pb 0 7V p p 75 ohms 2V RMS 1kHz 0dB The DVD 48 is Simplay HD verified for compatibility the HDMI connection with other Simplay HD verified products Frequency Response DVD linear PCM CD SACD Signal Noise Ratio SNR Dynamic Range DVD CD DVD THD 1kHz Wow amp Flutter AC Power Power Consumption Dimensions H x W x D Weight Shipping Dimensions H x W x D Shipping Weight Depth measurement includes knobs buttons and terminal connections Height measurement includes feet and chassis All features and specifications are subject to change without notice harman kardon 2Hz 22kHz 0 0 508 48kHz sampling 2Hz 44kHz 0 1 508 96kHz sampling 2Hz 88kHz 0 0 5dB 192kHz sampling 2Hz 20kHz 0 0 508 2Hz 100kHz 0 0 5dB 10508 A weighted 10008 18 bit 105dB 20 bit 96dB 16 bit DVD CD 0 002590 Below measurable limits 110 240V AC 50 60Hz 1 Watt on standby 13 watts max 2 x 17 3 10 x 11 14 50mm x 440mm
125. ection is neces sary because the digital content is copy protected and decoded by the DVD 48 with only the analog audio output available If your receiver is not capable of processing the audio portion of an HDMI signal use the 6 Channel Analog Audio Outputs to enjoy DVD Audio discs or change the DVD Audio mode setting in the GENERAL SETUP menu to DVD Video to listen to any Dolby Digital DTS or PCM materials that may be available on the disc check the disc s jacket See Figure 13 Figure 13 6 Channel Analog Audio Outputs NOTE When using the 6 Channel Analog Audio Outputs remember to adjust the Analog Output setting in the AUDIO SETUP menu to Multichannel for full 5 1 channel playback As explained in the Connections section there may be several reasons for using the DVD 48 s 2 channel Analog Audio Outputs in addition to the Digital Audio Outputs If you wish to make recordings to use the DVD 48 as an audio source for multiroom system to play 96kHz discs when your receiver is not capable of processing 96kHz audio or if your receiver is not equipped with digital audio inputs then connect the DVD 48 s 2 Channel Analog Audio Outputs to any pair of analog audio inputs on the receiver See Figure 11 Figure 11 repeated 2 Channel Analog Audio Outputs harman kardon Even if you connected one of the DVD 485 digital audio outputs to your receiver you may wish to connect the 2 Channel Analog Audio Outputs to you
126. ed HD Component Make sure to configure your display for use with 480p video signals Set the Progressive Scan setting in the DVD 48 s VIDEO SETUP menu to On NOTES The DVD 48 s component and HDMI outputs are not available simultaneously Press the HDMI Button on the remote to turn the HDMI Output On or Off When it is On the Component Video Outputs are Off and vice versa For simplified operation connect one of the DVD 48 s video outputs to your receiver or processor and use the receiver processor as a switching device for all of your sources 20 DVD48 harman kardon connecting only the receiver processor to your video display However if your receiver is not capable of switching HDMI signals connect the DVD 48 s HDMI Output directly to an HDMI capable video display for superior picture quality f you are using the DVD 48 with a multiroom processor that is capable of distributing video connect the DVD 48 s Composite Video Output to the receiver in addition to the HDMI Component Video or S Video Output If it s available on your video display HDMI is recommended as the best quality connection followed in preference by component video S video and then composite video Except as indicated above for use in a multiroom system do not connect more than one video output from the DVD 48 to another device Remote IR Input and Output The DVD 48 is equipped with an infrared input and output to
127. el Analog Audio Outputs losing the center and surround channel information After you have connected the DVD 48 to your television skip to Step Two for more information Connecting the DVD 48 to an Audio Video Receiver One of the major advantages of the DVD format is its ability to use a variety of digital audio formats for the ultimate in sonic performance In addition the DVD 48 is capable of playing DVD Audio and SACD discs which contain high resolution multichannel audio materials In order to benefit from these audio formats we strongly recommend that you connect the DVD 48 to a 5 1 6 1 or 7 1 channel audio video receiver with the ability to decode digital audio such as Dolby Digital and DTS and with 5 1 channel direct analog audio inputs Harman Kardon AVR Series recelvers are compatible with the DVD 48 The DVD 48 may also be used with an analog A V receiver by connect ing the 2 Channel Analog Audio Outputs to any one of the 5 inputs in addition to a video connection If your receiver is HDMI capable connect the DVD 48 s HDMI Output to one of the receiver s HDMI inputs See Figure 9 If the receiver is equipped with a DVI port purchase an HDMI to DVI cable or adapter and make a separate audio connection from the DVD 48 to the receiver c Ssimplay The DVD 48 is Simplay HD verified for compatibility the HDMI connection with other Simplay HD verified products i HDMI QUT Figure 9
128. eneral purpose external interrupt to the DSP Hash card interface unit input output signal SSC clock input signal General purpose input output monitored controlled by the CPU DSP FCU SW SSC data output signal General purpose input output monitored controlled by the CPU or DSP SW In the following table the status of the pins signals during RESET and just after RESET are specified 56 ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 120 DVD48 ZcRAN 9 Package information ZR36778HQCG is a green package 31 SLEDPLLSETMDS POLE Ae GNOP DEFECTIDG PCOS FCURFST PWMCOEMWDGPCIOSFCLEES2 EVI pGPL FCLIIF3E WOOF VOOR 4 PEPCIOAE SSCCLh GPCIOAT PANCO STICGES SSCHXD GPCIO 17 1 18 VDDE MEMAD 5 MEMAD 16 MEMAD 4 27 MEMAD t PLLCFGA MEMDOA 15 ECUIF 28 MEMADIT1 CFGP mennar curo FCLIFZ7 19 MEMAD S FCUF 18 54 3VFCLEF 26 4 ME FCLIF7 20 EPC00 19 MEMEZ VDOP 25 MEMDATA FCUFG PINDCEDFPLLSEITDGFCIO TFC 1 24 MEMDA 3yFCLIES MEMAD t9HPLLSE 20 MEN DFCLIF Za if 1
129. eral purpose input output monitored controlled by the CPU or DSP SW Digital periphery ground of 3 3 V supply Digital video clock output 27 000 for SD interlaced 54 000 SD progressive or 135 000 for HD MHz Composite sync output ctive only when component analog output is selected General purpose input output monitored controlled the CPU or DSP Sw When input pin can be used as general purpose external interrupt to the CPU 3 3 V Digital periphery power supply Digital 4 2 2 video luma chroma output interleaved Y V Y General purpose input output monitored controlled by the CPU or DSP SW Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose input output monitored controlled by the CPU or DSP SW When input the pin can be Used as general purpose external interrupt to the GPU Digital4 2 2 video luma chroma output interleaved U Y V Y General purpose input output monitored controlled by the CPU DSP SW When input the pin can be used as general purpose external interrupt to the OSP Digital periphery ground of 3 3 V supply Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose input output monitored controlled by the CPU or DSP SW ZORAN Corporation 1390 Kifer Road Sunnyvale 94088 5305 77198 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 113 Pin Number Pin Functions harman kardon Di
130. erial Interface Clock Input 21 SDA Port Serial Data Input Output 20 ALSB TTL Address Input This signal sets up the LSB of the address When this pin is tied low the filter is activated which reduces noise on the interface 1 Power Supply for Digital Inputs and Outputs 10 56 Vpp Digital Power Supply 41 VAA Analog Power Supply 46 VREF Optional External Voltage Reference Input for DACs or Voltage Reference Output 1 235 V 34 EXT_LF External Loop Filter for the Internal PLL 31 RTC_SCR_TR Multifunctional Input Real time control RTC input timing reset input subcarrier reset input 19 This input pin must be tied high Vono for the ADV7320 ADV7321 to interface over the port 64 GND_IO Digital Input Output Ground Rev 0 Page 18 of 88 88 DVD48 harman kardon K E SEMICONDUCTOR KIC7566FU TECHNICAL DATA SILICON MONOLITHIC CMOS DIGITAL INTEGRATED CIRCUIT BILATERAL SWITCH The KIC7S66FU is a high speed CMOS BILATERAL SWITCH fabricated with silicon gate CMOS technology It consists of a high speed switch capable of controlling either digital or analog signals while maintaining the CMOS low power dissipation Control input C is provided to control the switch The switch turns ON while the C linput is high and the switch turns OFF while low 2 004 0 20 RT c Input is equipped with protection circuits against static PTT discharge or transient excess voltage 0 65 0 2 0 10 0
131. ery ground of 3 3 V supply SDRAM bi directional data bus 5 3 3 V Digital power supply General purpose input output monitored controlled by the CPU or DSP SW CPU non maskable interrupt input SERVO channel sample data input for AFEby pass O Probe mux data output S Digital periphery ground of 3 3 V supply General purpose input output monitored controlled by the CPU or DSP Sw When Input the pin can used as general purpose external interrupt to the CPU Serial output of digital stereo audio 16 ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 110 DVD48 harman kardon Vaddis 778 Data Sheet Pin Number 109 110 112 113 Pin Functions SDATA 1 PIT IDGPC O 0 50 2 2 PDIFOUT SDATA 3 PMI3 AOUT 2 GPCI Of21 SDATA 4 PMIA 1 GPCI 0 22 PMIS AOUTIO SDATA 6J 6 Direction Description SERVO channel sample data input for AFEby pass Probe mux data output General purpose input output monitored controlled by the CPU or DSP SW When input the pin can be used as general purpose external interrupt to the DSP Clock enable signal to the SDRAM for power down SERVO channel sample data input for AFE by pass Probe mux data output S PDIF transmitter output
132. es required to complete row precharge is calculated by dividing tRP with clock cycle time and rounding up to the next higher integer Care should be taken to make sure that burst write is completed or DQM is used to inhibit writing before precharge command is asserted The maximum time any bank can be active is specified by tRAS max Therefore each bank activate command At the end of precharge the bank enters the idle state and is ready to be activated again Entry to power down Auto refresh Self refresh and Mode register set etc is possible only when all banks are in idle state Publication Date Mar 2003 Revision 1 7 12 44 DVD48 ESMT DEVICE OPERATIONS Continued AUTO PRECHARGE The precharge operation can also be performed by using auto precharge The SDRAM internally generates the timing to satisfy tras min and tre for the programmed burst length and CAS latency The auto precharge command is issued at the same time as burst write by asserting high on A10 AP the bank is precharge command is asserted Once auto precharge command is given no new commands are possible to that particular bank until the bank achieves idle state BOTH BANKS PRECHARGE Both banks can be precharged at the same time by using Precharge all command Asserting low on CS RAS and WE with high on A10 AP after all banks have satisfied tras min requirement performs precharge on all banks At the end of tre after performing precharge
133. estart Mode for Overvoltage Detection Auto Restart Mode for Overload and Open Loop Auto Restart Mode for VCC Undervoltage Blanking Window for short duration high current User defined Soft Start Minimum of external components required Max Duty Cycle 72 Overall tolerance of Current Limiting lt 5 Internal PWM Leading Edge Blanking Soft driving for low EMI harman kardon CoolSET F3 ah PG DIP 7 1 PG TO220 6 47 Description The new generation CoolSET F3 provides Active Burst Mode to reach the lowest Standby Power Requirements lt 100mW at no load As the controller 15 always active during Active Burst Mode there is an immediate response on load jumps without any black out in the SMPS In Active Burst Mode the ripple of the output voltage can be reduced lt 1 Furthermore to increase the robustness and safety of the system the device enters into Auto Restart Mode in the cases of Overtemperature VCC Overvoltage Output Open Loop or Overload and VCC Undervoltage By means of the internal precise peak current limitation the dimension of the transformer and the secondary diode can be lowered which leads to more cost efficiency An adjustable blanking window prevents the IC from entering Auto Restart or Active Burst Mode unintentionally during high load jumps The CoolSET F3 family consists a wide power class range of products for various applications Typical Application O L 1 Converter
134. estoutput leaveopen 00000000 117 TESTOUTI ____ Output Test output leave open smf panar t DIN c _ s 1 2 b wm tm tm Power I8V Powerpimfercore Power 1 8 V Power pin for core 124 VSSoore 0 0 0 00 0 0 000 125 CLKOUT Tristate vp 5v I2mA ___ JOuputdatrateclok 126 B U Pb TrstaeO P 5v 8mA Digitalvideooutput Blue U Pb U _ 127 B U Pb OUT TristateO P 5v 8mA video output Blue U Pb D8 VDD7 __ pB3V PowrpifolO 000000 129 VSS Ground 0 000 0 O 130 OUT 2 Triste 5v 8mA video output Blue U Pb 131 JB U Pb OUT 3 Tristate 5 8mA Digital video output Blue U Pb 1 79 DVD48 DISPLAY PERFECTION Pin harman kardon FLI2310 LF Digital Video Converter Data Sheet Veltac Internal 5 i Pull up Description Tolerance Pulldown 8mA Digital video output Blue U Pb 133 B U Pb OUT 5 TristateO P 5v 8mA Digital video output Blue U Pb_ 134 B U Pb OUT 6 Tristate OP 5v 8mA Digital video output Blue U Pb 135 B U Pb OUT 7 Tristate O P 5v 8 Digital video output Blue U Pb 136 R V Pr OUTO TristateO P 5v 8mA video output Red V Pr
135. f your receiver distributes composite video through a multiroom system 2 Channel Analog Audio Outputs Connect these outputs to the left and right analog audio inputs on your receiver processor or TV You may connect these jacks in addition to a digital audio connection and itis recommended that you do so as a backup if you wish to use the DVD 48 as a source device for a multiroom system or if you wish to make analog recordings as it is not possible to make digital recordings of most DVDs 6 Channel Analog Audio Outputs Connect these outputs to the matching 6 channel analog audio inputs on your receiver or surround sound processor This connection is required to listen to the multichannel tracks on SACD discs If the disc also contains a Linear PCM Dolby Digital or DTS track you may listen to it using the HDMI Output the Coaxial or Optical Digital Audio Output or the 2 Channel Analog Audio Outputs NOTE A 2 channel downmix is not available simultaneously with a 6 channel presentation Set the Analog Output in the AUDIO SETUP menu to Stereo to hear a 2 channel downmix available at both the 2 Channel Analog Audio Outputs and the front left and right outputs of the 6 Channel Analog Audio Outputs In Stereo mode no audio will be available at the center and surround out puts of the 6 Channel Analog Audio Outputs If the 6 Channel Analog Audio Outputs are connected to corre sponding 6 channel inputs on your receiver set the Analo
136. facilitate use of your system with a remote control in a variety of situations When the DVD 48 is placed in such a way that aiming the remote at the front panel IR sensor is difficult such as inside a cabinet or facing away from the listener you may connect an external IR receiver such as the optional Harman Kardon HE 1000 to the Remote IR Input jack If your receiver or any of your other components are equipped with a compatible remote IR input you may use the included 1 8 mini plug interconnect cable to connect the Remote IR Output to the device s remote IR input which will pass any applicable remote signals transmitted through the DVD 48 to the other device This enables you to control your devices even when the DVD 48 itself is controlled via an external IR receiver To control more than one device using the Remote IR Output connect all devices in daisy chain fashion with the receiver s remote IR output connected to the DVD 48 s Remote IR input then the DVD 48 s Remote IR Output connected to the next device s remote IR input that device s remote IR output connected to the next device s remote IR input and so forth NOTE Not all remote controllable devices are equipped with compatible IR inputs and outputs Check with the manufacturer of the source device for more information on the type of IR signal expected The DVD 48 will output a stripped carrier IR signal 21 DVD48 You are now ready to connect the DVD 48 to
137. fferential input for signal addition The output structure is one power OPAMP in bridge configuration 9 Spindle driver single input linear BTL driver The output structure are two power OPAMPS in bridge configuration 10 Tray in out driver The DC motor driver supports forward reverse control for tray motor 11 2 Built in regulator controllers Adjustable range 1 5V 4V Feb 2005 V1 2 DVD48 harman kardon AM5888S Motor Driver ICs Absolute maximum ratings 25 Parameter Symbol Limits Unit Vccl Power dissipation AAA Operate Temp range Storage Temp rango When mounted a 70mmx70mmx1 6mm glass epoxy board Reduced by 13 6mW for each increase in of over 25 Should not exceed Pd or ASO and T 150 C values c e lt Guaranteed operating conditions Ta 25 C 4 3 13 2 Power supply voltage Block diagram MUTE BIAS VINTK TRB2 VINLD GND VCTL VCC2 VOLD VOLD VOTK VOTK 31 01 bel eL e fel ol el GND PGND Spindle Actuator Driver 4X Driver 6x A Thermal T Shut down Vcc2 V V Sled Actuator Y Driver 4X Driver 6x Pre DRV TRAY DRIVER PGND N
138. g Output in the AUDIO SETUP menu to Multichannel to hear all six channels if available on the disc In Multichannel mode only the front left and right channel information will be available at the 2 Channel Analog Audio Outputs without any center or surround information AC Power Input Connect the AC power cord to an AC outlet and plug the cord s female end into this receptacle If the outlet is controlled by a switch make certain that it is in the ON position If the cord somehow becomes damaged contact your authorized Harman Kardon dealer for a replacement DVD48 harman kardon REAR PANEL CONNECTIONS Remote Coaxial Digital Composite 2 Channel Analog Audio Output Video Output Audio Outputs 2 r 1 0090 HDMI Component 6 Channel Analog Output Video Outputs Audio Outputs Remote Optical Digital S Video IR Output Audio Output Output NOTE To nae it ese to follow the instructions throughout the nenual thet refer to this illustration a copy of this page may be downloaded fromthe Product Support section at wwwwhrenrenkardon com 15 DVD48 IR Transmitter Lens As buttons are pressed on the remote infrared codes emitted through this lens Make sure it is pointing toward the component being operated Power On Press this button to turn on the DVD 48 when it is in Standby mode plugged in with the Power Indicator lit up in amber Power Off Press this button to turn off the DV
139. ge DVD 48k 2 DIGITAL OUTPUT 1 OPTICAL OUT JITTER 44 1kHz mUI JITTER 2 COAXIAL OUT 9 04 1 0 harman kardon MP FA YEDS7 SONY TRACK 1 YEDS7 SONY TRACK 2 YEDS7 SONY 2 57 SONY 8 YEDS7 SONY RACK TDV 540A ABEX TITLE A CHAPTER 16 AUDIO STREAM 3 YEDS7 SONY RACK 40 YEDS7 SONY RACK 4 YEDS7 SONY TRACK 2 YEDS7 SONY TRACK 30 34 TDV 540A ABEX TITLE 3 CHAPTER I TDV 540A ABEX TITLE S CHAPTER 2 TDV 540A ABEX TITLE 2 CHAPTER 1 TDV 540A ABEX TITLE 2 CHAPTER 2 Normal 44 1kHz iW lt ED Playback O6kHz Normal 96kHz mul N bi DVD Playback OUTPUT Level mV Yx 00450 Normal CD or DVD Eod 35 k bevel 0640 500450 mV DVD48 harman kardon 2 DVD Audio Part Test Disc V 612 JVC T H D 20KHz LPF 48 24 Frequency Ref Tr 38 192 24 18 10KHz 041 048 S N dB A Filter Dynamic Range dB Tr 39 60dB 1 85dB 20KHz LPE A SW Level amp THD Track 38 30Hz Play SW Frequency Responses Track 55 31Hz 0dB Reference Track 54 61Hz Track 53 81Hz Track 51 127Hz Pla Respones dB 96 20 Tr 45 10KHz 0 1 0dB 3 SACD Part Test Disc DAC Ver1 2 Philips Output Level V Tr 251KHz004B T H D 20KHz LPF Tr 25 1KHz 088 10 01 Frequency Tr 9 20Hz 0 1 0dB Respones dB Tr 18 20KHz 0 2 0dB Ref Tr 17 Tr 21 50KHz 4
140. gle cable See Figure 6 Composite video cable Figure 6 Composite Video S video or separate video transmits the chrominance and luminance components using separate wires contained within a single cable The plug on an S video cable contains four metal pins plus a plastic guide pin Be careful to line up the plug correctly when you insert it into the jack on the receiver source or video display See Figure 7 S video cable AUIII E Figure 7 S Video Component video separates the video signal into three components one luminance Y and two sub sampled color signals Pb and Pr that are transmitted using three separate cables The Y cable is color coded green the Pb cable is colored blue and the Pr cable 5 colored red See Figure 8 Component video Da PR Pr Figure 8 Component Video Do not confuse component video connections with composite video described above Although the plugs and jacks may look similar they are not compatible and cross connecting them will result in no picture or a very distorted picture Remember that component video uses three connections colored green blue and red while composite video uses a single connection which is often color coded yellow If your video display is capable of handling progressive scan signals 480p or better then connect the DVD 48 s Component Video Outputs to the input jacks on your video display mark
141. harman kardon Model DVD 48 DWD CD CD R CD RWNWCD MP3 Player Service Manual Contents SERVICE PRECAUTIONS 2 BASIC TROUBLESHOOTING GUIDE 25 BASIC SPECIFICATIONS 5 DISASSEMBLY PROCEDURE 120 230v 27 DETAILED SPECIFICATIONS 6 EXPLODED VIEW 120 28 PACKAGE 120 10 BLOCK DIAGRAVM 29 FRONT PANEL CONTROLS 11 ELECTRICAL PARTS LIST 120v 30 INFORMATION 13 POB DRAWING S corista aia 53 REAR PANEL 14 SEMICONDUCTOR PINOUTS 59 REMOTE CONTROL 16 5 168 CONNECTIONS 19 WIRING 174 INSTALLA TION umuy 22 harman kardon Inc 250 Crossways Park Dr Woodbury New York 11797 RevO 8 2007 Heleased 2007 Discontinued XXXX SERVICING PRECAUTIONS NOTES REGARDING HANDLING OF THE PICK UP 1 Notes for transport and storage 1 The pick up should always be left in its conductive bag until immediately prior to use 2 The pick up should never be subjected to external pressure or impact Drop impact Storage in
142. in starting from CAS WE active Makes data output Hi Z tsHz after the clock and masks the output Data Input Output Mask Blocks data input when L U DQM active DQO DQ15 Data Input Output Data inputs outputs are multiplexed on the same pins VDD VSS Power Supply Ground Power and ground for the input buffers and the core logic Isolated power supply and ground for the output buffers to provide VDDQ VSSQ Data Output Power Ground improved noise immunity NC NoComnection This pin is recommended to be left No Connection on the device Latches column address on the positive going edge of the CLK with CAS Column Address Strobe CAS low Enables column access Elite Semiconductor Memory Technology Inc Publication Date Mar 2003 Revision 1 7 2 44 126 DVD48 ESMT DEVICE OPERATIONS CLOCK CLK The clock input is used as the reference for all SDRAM operations All operations are synchronized to the positive going edge of the clock The clock transitions must be monotonic between and During operation with high all inputs are assumed to be in valid state low or high for the duration of setup and hold time around positive edge of the clock for proper functionality and Icc specifications CLOCK ENABLE CKE The clock enable CKE gates the clock onto SDRAM If CKE goes low synchronously with clock set up and hold time same as other inputs the internal clock suspended from the next
143. ipped with protection circuits against static discharge or transient excess voltage P DIP14 P 300 2 54 Weight 0 96g Typ F SOP14 P 300 1 27 Weight 0 189 Typ PIN ASSIGNMENT FEATURES High Speed tog 11ns typ at Vcc 5V e Low Power Dissipation loc 1 at Ta 25 Compatible with TTL outputs Vi H 2V Min Vi L 0 8V Max e Wide Interfacing ability LSTTL NMOS CMOS e Output Drive Capability 10 LSTTL Loads Symmetrical Output Impedance lou 1 4mA Min Balanced Propagation Delays toLH tpHL Pin and Function Compatible with 741 507 TOP VIEW IEC LOGIC SYMBOL PIN ASSIGNMENT 130 DVD48 harman kardon SN74LVC157A QUADRUPLE 2 LINE TO 1 LINE DATA SELECTOR MULTIPLEXER SCAS292G JANUARY 1993 REVISED OCTOBER 1998 EPIC Enhanced Performance Implanted D DB OR PW PACKAGE CMOS Submicron Process TOP VIEW Typical p Output Ground Bounce lt 0 8 V at 3 3 V TA 25 C Typical Output Undershoot gt 2 V at Vcc 3 3 V Ta 25 C Inputs Accept Voltages to 5 5 V ESD Protection Exceeds 2000 V Per MIL STD 883 Method 3015 Exceeds 200 V Using Machine Model C 200 pF R 0 Latch Up Performance Exceeds 250 mA Per JESD 17 Package Options Include Plastic Small Outline D Shrink Small Outline DB and Thin Shrink Small Outline PW Packages description This quadruple 2 line to 1 line data
144. ith fresh ones Step Four Turn On the DVD 48 Plugging the DVD 48 into AC power places it in Standby mode which 5 indicated by the Power Indicator next to the Standby On Switch turning amber NOTE When HDMI connections are used turn on your television or video display before turning on the receiver and DVD 48 23 DVD48 There are several ways in which the DVD 48 may be turned on from Standby mode a Press the Standby On Switch on the front panel or remote See Figure 16 Figure 16 Standby On Switch b Press the Open Close Button on the front panel or remote See Figure 17 17 Figure 17 Open Close Button Pressing the Open Close Button will also open the disc drawer c Press the Play Button on the front panel or remote If a disc is present it will begin playing automatically See Figure 18 i EIER UPREIHOXD Figure 18 Play Button After customizing a few settings in the Initial Setup section you may soon enjoy the finest in home entertainment 24 harman kardon DVD48 SYMPTOM Unit does not turn on CAUSE No AC power harman kardon SOLUTION Make certain AC power cord is plugged into a live outlet Check to see whether outlet is switch controlled Unit does not respond to remote commands Weak batteries in remote Remote sensor is obscured Change remote batteries and insert with correct pola
145. lt lt lt lt 257224205 G Ou d dd ct tri C C r rx r r r r xr DADDDDDAG oof oo SZD 0 090 Q 90 9 o Package 208 pin PQFP 75 DVD48 DISPLAY PERFECTION 3 2 Pin details harman kardon FLI2310 LF Digital Video Converter Data Sheet Table 3 1 FLI2310 pin details Internal Pin 1 HSYNCI PORTI Voltage Drive Pull up Description Pulldown Horizontal sync or reference CTL1 of Port 1 Tolerance 2 VSYNCI PORTI Input s Vertical sync or reference CTLI of Port 1 3 HELDIDi PORTI met 9 lOdd Even Field identification CTLI of Port 1 4 N PORTI Sv Data Clock input CTLI of Porti 5 HSYNC2 PORTI pt 5v e ls Horizontal sync or reference CTL2 of Port 1 6 VSYNC2 PORTI 5 lt Vertical sync or reference CTL2 of Port 1 77 FIELD 02 PORTI 5 OddEvenField identification CTL2 of Port 1 _ Power 53 V Power pin for IO 9 8 Ground 16 VDDcorel Power VSScore 5v input 2 of Port1 gt Port1 Digital video input Blue Cb D1 Digital video input Blue Cb D1 Digital video input Blue Cb D1 sv Digital video input Blue Cb D1
146. n description continued PCM_LeRi_in PCM_LsRs_in B_FLAG SERR B_SYNC Sync B_WCLK SENB B_DATA Be_dat 0 B_BCLK SDCLK UDE req Data req TMS 102 TDI TCK sel 0 H sel 1 D ADDR 3 D ADDR 4 D ADDR 2 D ADDR 5 D ADDR 1 GND 103 D ADDR 6 D ADDR O D ADDR 7 D ADDR 10 D ADDR 8 D ADDR 13 VCC 103 D ADDR g 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 O10 O10 O10 O10 O10 GND IO O10 O10 O10 O10 O10 O10 VCC IO O10 harman kardon SAA7893HL Super audio media player PCM data left or right PCM data left or right surround 12S bus flag EDC flag sector sync or absolute time sync 12S bus word clock UDE data sense from host 12S bus data or LSB data of parallel interface 12S bus bit clock host request data from front end routed via the SAA7893HL data request for UDE front end parallel data interface front end parallel data interface front end parallel data interface front end parallel data interface front end parallel data interface front end parallel data interface front end parallel data interface boundary scan reset boundary scan mode select Vcc VO pads output boundary scan data input boundary scan clock host select signals SAD16 MAD16 and SAD08 host select signals SAD16 MAD16 and SAD08 SDRAM address bus SDRAM address bus SDRAM address bus SDRAM address bus
147. ng a DVD VCD or J PEG still image press this button repeatedly to enlarge the on screen image by 1 1 2x 2x 3x or 4x 1 1 2x 2x or 3x only for VCDs before returning to the original size Use the Navigation Buttons to explore the enlarged image Navigation and Enter Buttons These buttons are used together to make selections within the on screen menu system Backlight Press this button to turn on the backlight to make it easier to see the buttons in a darkened room The backlight will remain on for a few seconds after your last button press before going out or you may turn off the backlight by pressing this button again Video Off Some people prefer to turn off the video display when listening to audio only discs Pressing this button deactivates the video Circuitry avoiding any possible interference with the audio Moreover plasma and CRT video displays are subject to burn in when a still image such aS a menu remains on screen for more than a short time DVD48 harman kardon REMOTE CONTROL FUNCTIONS IR Transmitter Lens Power On Power Off Open Close Page Up Down Audio Subtitle Clear Title Program Repeat Numeric Keys A B Repeat Random Group Status System Setup Disc Menu Previous Step Skip Next Step Skip Stop Search Slow Forward Transport Controls Zoom Search Slow Reverse Play Angle Pause Navigation Enter Backlight Return Video Off Dimmer Audio Mode HDMI
148. ng clock generation ID 27 000MHz clock input for audio master clock generation General purpose input output monitored controlled by the CPU or DSP SW 50 ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 114 DVD48 harman kardon Vaddis 778 Data Sheet Pin Number 145 146 147 148 149 150 151 152 153 154 155 156 Pin Functions GCLKPOUT VDDP ICGFCI 014 S PDJFIN 0 GPCI 0 33 ICGPCV OJ4 PDIFIN 1 GPCV 0 34 IDGPCY Of3 FCUIFI33 GNDP DUPRDO GPCI O 35 DUPTDO GPCI 0136 VDD IP DUPHD1 GPCI 0137 DUPTD1 Direction O O O Description GCLKPoutput 3 3 V Digital periphery power supply General purpose input output monitored controlled by the CPU DSP Sw When input the pin can be used as general purpose external interrupt to the CPU S PDIF recelver inputs for digital coded or reconstructed audio data General purpose input output monitored controlled by the CPU DSP SW General purpose input output monitored controlled the CPU DSP SW When input the pin can be used as general purpose external interrupt to the CPU S PDIF receiver inputs for digital coded or reconstructed audio data General purpose input output monitored controlled by the CPU or DSP Sw General purp
149. oat floating wpu weak pull up int interrupt 1 ana analog ports Output OD open drain 2 PP push pull Refer to I O PORTS on page 39 for more details on the software configuration of the I O ports The RESET configuration of each pin is shown in bold This configuration is valid as long as the device is in reset state Table 1 Device Pin Description Main after PB4 HS 2 ES Analog Reference Voltage for ADC Ground Voltage a X X Por Fi Beep signal output x x Ronee Timer A Out Port F4 put Com pare 1 Port F6 Timer A Input Capture 1 Port F7 Timer A External Clock Source Digital Main Supply Voltage Digital Ground Voltage 2 Timer B Our Analog X X Port CO put Com AIN12 Input 12 pare 2 Timer B Out PC1 OCMP1_B x x Port C1 put Com ADC Analog Input 13 pare 1 AIN13 163 9 151 ADC Analog Input 10 4 O s s s DVD48 harman kardon ST72F324L ST72324BL function after Alternate Function reset Port C2 Timer B Input Capture 2 Port C3 Timer B Input Capture 1 SPI Master X X Port CA In Slave i Out Data P X PortC5 Out Slave ADC Analog Input 14 SPI Slave X X X Port C7 Select ac uj Input 15 tive low x X Port A3 TA 28 5 PC5 MOSI AIN14 9 PC6 SCK ICCCLK 30 s PC7 SS AIN15
150. oftware is delivered in the form of a library in the development environment of the DVD host The SA MP software has been developed in ANSI C using conventional software technology to allow easy integration into any development environment A typical software block diagram of a DVD system incorporating SA MP is shown in Figure 3 At the device driver and HW level SA MP interfaces with the SAA7893HL and a front end driver At the infrastructure level SA MP interfaces with an Operating System Abstraction layer OSA At the application level SA MP provides a high level playback and post processing interface which is easy to integrate into typical applications Koninklijke Philips Electronics N V 2003 All rights reserved 148 DVD48 harman kardon Philips Semiconductors 7 7 Super audio media player APPLICATION LAYER SACD PLAYER BEHAVIOUR Annex J MEDIA POSTPROCESSING Ul SUBSYSTEM INFRASTRUCTURE PLAYERS LOADER LOOK AND FEEL OSA etc DEVICE DEVICE Ul DEVICE DRIVERS DRIVERS DRIVERS Fig 3 Software block diagram MGU725 2 Features 2 1 Components SAA7893HL second generation SACD processor IC SA MP Annex J level software stack 2 2 HW interfaces Front end supports 3 types 125 Flexible PSP detection from EFM signal with AGC without EFM clock digital PLL m DVD host bus supports 3 types Separate address data bus SAD16 with 1
151. or adapter and make a separate audio connection to the TV Simplay gt The DVD 48 is Simplay HD verified for compatibility via the HDMI connection with other Simplay HD verified products HDMI OUT 1 Figure 9 HDMI Output NOTE When using the HDMI connection turn on the television or video display before the DVD 48 If your video display does not have an HDMI input then separate audio and video connections are required Select one of these types of video connections in order of preference component video S video composite video See Figure 10 0090 Figure 10 Component S and Composite Video Outputs Most video displays are not equipped with coaxial or optical digital audio inputs If your display is then it would be preferable to connect one of the DVD 48 s digital audio outputs to the corresponding input on your display However most likely you will use the 2 Channel Analog Audio Outputs See Figure 11 harman kardon Figure 11 2 Channel Analog Audio Outputs NOTE The DVD 48 is capable of downmixing 5 1 channel materials to the 2 channel format but it is necessary to adjust the Analog Output setting in the AUDIO SETUP menu to Stereo You may also access this setting by pressing the Audio Mode Button on the remote If you leave the Analog Output setting at Multichannel the DVD 48 will only output content specific to the front left and right channels through the 2 Chann
152. ore ground core supply voltage clock signal needed for SDRAM data bus DQ mask enable upper DQ mask enable lower data bus data bus Vcc I O pads data bus data bus data bus data bus data bus data bus GND pads data bus data bus data bus data bus data bus data bus Vcc VO pads data bus 6 channel data output 6 channel data output 6 channel data output 6 channel data output GND I O pads 6 channel data output 6 channel data output 6 channel clock control 6 channel clock control 2 channel clock control Vcc VO pads O Koninklijke Philips Electronics N V 2003 All rights reserved DVD48 harman kardon Philips Semiconductors 7 7 Interfaces 9397 750 10925 7 1 7 2 7 2 1 Super audio media player Table 2 Symbol DSD_PCM_10 119 O10 Pin description continued 2 channel data output DSD PCM 9 120 O10 2 channel clock or control DSD 11 121 O10 2 channel data output RESETn 122 IN asynchronous reset active LOW H_A sel 123 IN address select H_A 6 124 IN address bus 125 IN address bus H A 4 126 IN address bus H_A 3 127 IN address bus H_A 2 128 IN address bus 1 Explanation of input and output ports IN digital input port all dedicated inputs are TTL tolerant IN1 digital input port with internal pull up resistor I O10 bidirectional port with 10 ns slew rate O10 3 state in test mode outp
153. ose input output monitored controlled by the CPU or DSP Sw When Input the pin can used as general purpose external interrupt to the DSP Flash card interface unit input signal Digital periphery ground of 3 3 V supply First debug UART data input General purpose input output monitored controlled by the CPU or DSP SW First debug data output General purpose input output monitored controlled by the CPU DSP SW 3 3 V reference voltage Second debug UART data output General purpose input output monitored controlled by the CPU or DSP SW Second debug UART data output 2ORAN Corporation 1390 Kifer Road Sunnyvale 94086 5305 24 Phone 408 523 6500 Fax 408 523 6501 ZORAN Froprietary 115 harman kardon Pin Number Fin Functions Direction Description GPCI Of3 8 General purpose input output monitored controlled by the CPU or DSP SW 157 GNDDACD S Ground for the video DACs 3 3 V analog power supply 158 Y AO When the Vaddis 778 outputs composite SCART or SCART video this line is CVBS output When the Vaddis 778 outputs RGB this line is the Green output When the Vaddis 778 outputs YUV this line is the Y output 159 CVBS C Y AO When the other Vaddis 778 outputs are not SCART video the output on this line can be either CVBS or C The selection is independent of the specific selection of the other three DACs DA
154. ost micropro cessors often without additional logic The memory is offered TSOP48 12 x 20mm TFBGA48 0 8mm pitch packages The memory is supplied with all the bits erased set to 1 Table 1 Signal Names 5 40 DVD48 harman kardon M29W160ET M29W160EB Figure 3 TSOP Connections Al06850 q 6 40 146 DVD48 harman kardon SAA7893HL Super audio media player Rev 02 26 February 2003 JJ Product data 1 General description Fig 1 Thanks to the superior sound quality and multichannel capability of Super Audio CD SACD technology multimedia devices such as DVD players and home cinema systems are incorporating SACD functionality Philips Super Audio Media Player SA MP provides a flexible state of the art solution for SACD playback on DVD architectures Built around the SAA7893HL SACD processor SA MP system solution delivers complete SACD functionality avoiding the need for continual redesign and re integration of SACD into various applications The system is completed with a single 64 Mbit SDRAM and has extensive software processing options resulting in low total system cost see Figure 1 With integrated support for multiple loaders the SAA7893 supports a variety of DVD platforms High level and standard software interfaces optimized for easy design in further enhance adaptability enabling designers to build SACD players on many different hardware and software platforms Thi
155. ower mode and all internal registers are reset to their default settings when low FILT 20 Positive Voltage Reference Output Positive reference voltage for the internal sampling circuits Requires the capacitive decoupling to analog ground as shown in the Typical Connection Diagram VQ 21 Quiescent Voltage Output Filter connection for internal quiescent voltage VO must be capacitively coupled to analog ground as shown in the Typical Connection Diagram The nominal voltage level is specified in the Analog Characteristics and Specifications section VQ presents an appreciable source impedance and any current drawn from this pin will alter device performance However VQ can be used to bias the analog circuitry assuming there is no AC signal component and the DC current is less than the maximum specified in the Analog Characteristics and Specifications section 123 DVD48 harman kardon CIRRUS LOGIC CS4382 Pin Pin Description MUTEC1 41 Mute Control Output The Mute Control pins go high during power up initialization reset muting MUTEC234 22 power down or if the master clock to left right clock frequency ratio is incorrect These pins are intended to be used as a control for external mute circuits to prevent the clicks and pops that can occur in any sin gle supply system The use of external mute circuits are not mandatory but may be desired for designs requiring the absolute minimum in ext
156. owr BV 00 O 188 TESTO s Testpin conecttogoud 189 5v 77 Testpin comnectto ground 190 TEST 5 Testpin connect to ground 191 XTALIN put External parallel crystal oscillator 192 XTALOUT External parallel crystal oscillator 19 DD B3V PowrpifolO 0 0 000 194 VSS Ground Qmd 0 0 0 0 195 PORT2 5 4mA Port2 DataClockimput 00000000 196 DL INO pt 5 4 Port2 ITU RBT656 digital data input 00 197 VDDcoe8 Power L8 V Power pin for core WX 199 mA 7 Port2 ITU RBT6S6 digital data input Pao prm sv 20 11 3 5 4 Port2 ITU RBT6S6 digital data 202 DL IN 4 5 4ma Port2 ITU RBT6S6 digital data input 203 DL INS Ip 5 4 Port2 ITU RBT6S6 digital data input 204 ip 5 4 Port2 ITU RBT6S6 digital data input 205 DL IN 7 5 4 Port2 ITU RBT6S6 digital data input 206 FIELDID PORT2 4mA Port2 Odd Even Field identification 207 2 5 4 Port2 Vertical sync or reference 208 2 mu 5 4mA Port2 Horizontalsyncorreference Note 1 The connection of these pins depends on the type of ex
157. oxes and e Simultaneous Support for Two Synchronous automotive audio systems sample Rates for DVD Audio e uC or Stand Alone Operation ORDERING INFORMATION CS4382 KQZ Lead Free 10 70 48 1 CS4382 BQ 40 85 C 48 LQFP CDB4382 Evaluation Board 050 SCLK M3 SCLICCLK M1 SDAICDIN M2 ADO CS MO VLC MUTEC1 MUTEC234 o T SORIA I External Mute Control al ys gt ar one AO UTAS Mixer 4 Te terpolation Filter FP ar pac aided das em m Em MES 50 F 501 2 a terpolation Filter az DAC 1222 i 1 v entro sz DAC UTAS SDIN4 bi caleta doit 23 DAC AO om I P Analog Filter plao otoa MOLK ym Interpolation Filter az DAC Analog Filter UTA4 1 2 TT DSDxx Volume Control nterpolation Filter az Analog Filter 0 9784 FILT GND GND VA This document contains information for a new product Preliminary Product Information Cirrus Logic reserves the right to modify this product without notice 122 DVD48 harman kardon tax ILL IRRUS LOGIC 54382 sa p u M r 4 PIN DESCRIPTION AOUTB1 en a 2 c 21 DSDA4
158. positions will also display text messages about the DVD s Status including Loading when a disc is loading Power Off when the unit is turned off and Unknown Disc when a disc not compatible with the DVD 48 is loaded Chapter Track Number Indicators When a DVD disc is playing these two positions show the current chapter When a DVD Audio SACD or CD disc is playing they will show the current track number Group Title Indicators These two positions show the current title number when a DVD disc is playing or the current group for a DVD Audio disc Playback Mode Indicators These indicators light to show the current playback mode Lights when a disc is playing in the Normal mode This indicator will flash when the disc is in Forward Slow Play mode The on screen banner display indicates the selected speed 1 2 1 4x 1 8x or 1 16x When the DVD 48 is in the Fast Search Play mode two of these indicators will light to show that the unit is in a Fast Play mode The Selection will be displayed on screen as one of six steps that correspond to the following speeds 1 1 2x 4x 6x 8x 16x or 32x Fast Play mode 15 not available for WMA files Lights when the disc is paused 44 Lights when the disc is in the Fast Search Reverse mode The selection will be displayed on screen as one of six steps that correspond to the following speeds 1 1 2x 4x 16x or 32x Fast Search Reverse mode is not available for WMA files
159. prior to writing the mode register The state of address pins 0 11 and A13 A12 in the same cycle as CS RAS CAS and WE going low is the data written in the mode register Two clock cycles is required to complete the write in the mode register The mode register contents can be changed using the same command and clock cycle requirements during operation as long as all banks are in the idle state The mode register is divided into various fields into depending on functionality The burst length field uses A0 A2 burst type uses A3 CAS latency read latency from column address use A4 A6 vendor specific options or test mode use A7 A8 A10 AP A11 and A13 A12 The write burst length is programmed using A9 A7 A8 A10 AP A11 A13 A12 must be set to low for normal SDRAM operation Refer to the table for specific codes for various burst length burst type and CAS latencies Publication Date Mar 2003 Revision 1 7 11 44 DVD48 ESMT DEVICE OPERATIONS Continued BANK ACTIVATE The bank activate command is used to select a random row in an idle bank By asserting low on RAS and CS with desired row and bank address a row access is initiated The read or write operation can occur after a time delay of tRcp min from the time of bank activation trco is the internal timing parameter of SDRAM therefore it is dependent on operating clock frequency The minimum number of clock cycles required between bank activate and read o
160. put column T defines a true open drain I O P Buffer and protection diode to Vpp gt A 02 02 9 02 CO N N 988 8 8 Y 88 lt 70 QU 0 UJ gt N T T 2 B O gt lt 10 151 164 DVD48 harman kardon ST72F324L ST72324BL are not implemented See See I O PORTS on page 39 and Section 12 8 I O PORT PIN CHARACTER ISTICS for more details 3 OSC1 and OSC2 pins connect a crystal ceramic resonator or an external source to the on chip oscil lator see Section 1 INTRODUCTION and Section 12 5 CLOCK AND TIMING CHARACTERISTICS for more details 4 On the chip each I O port has 8 pads Pads that are not bonded to external pins in input pull up con figuration after reset The configuration of these pads must be kept at reset state to avoid added current consumption 165 11 151 DVD48 harman kardon TL3472 HIGH SLEW RATE SINGLE SUPPLY OPERATIONAL AMPLIFIER Wide Gain Bandwidth Product 4 MHz High Slew Rate 13 V us Fast Settling Time 1 1 us to 0 1 Wide Range Single Supply Operation 4 V to 36 V Wide Input Common Mode Range Includes Ground Vcc_ Low Total Harmonic Distortion 0 0296 Large Capacitance Drive Capability 10 000 pF Output Short Circuit Protection description ordering information SLOS200G OCTOBER 1997 REVISED JULY 2003 D OR P PACKAGE T
161. r 197 198 199 200 201 202 Pin Functions GPCI Of45 DVDDAT 6 VDDPWMS 5 GPCI 0 46 FCUIH36 DVDDAT 7 IDGPCI FCUIH32 DVDSTAB RFDAT 4 DEFECT 5 FCUIFT3 7 DVDHEO ICGPCV 6 DVDVALID GNDP Direction 170 Description General purpose input output monitored controlled by the CPU DSP SW AV data input for FE by pass 3 3 V SERVO PAM power supply output signal General purpose input output monitored controlled by the CPU DSP SW Hash card interface unit input output signal AV data inputs for FE by pass PWM8 output signal General purpose output monitored controlled by the CPU DSP SW When input the pin can be used as general purpose external interrupt to the DSP Hash card interface unit input output signal AV data input for FE by pass RF channel sample data inputs for by pass Disc defect input or output signal General purpose input output monitored controlled by the CPU DSP SW When input the pin be used as general purpose external interrupt to the DSP Rash card interface unit input output signal AV data reguest output for FE by pass Programmable polarity General purpose input output monitored controlled by the CPU or DSP or SW When input the pin can be used as general
162. r TV if it isn t HDMI capable so that you may watch a DVD without turning on your complete home theater system If you make this connection remember to also connect one of the DVD 48 s video outputs directly to the TV Step Two Plug In AC Power Having made all of your wiring connections it is now time to power up the DVD 48 Plug the AC Power cord into a working unswitched AC outlet and plug the female end into the receptacle on the DVD 48 s rear panel See Figure 14 Figure 14 AC Input for Power Cord Step Three Insert Batteries in Remote The DVD 48 remote control uses two AAA batteries included To remove the battery cover located on the back of the remote firmly press the ridged area and slide the cover towards the bottom of the remote Insert the batteries as shown in Figure 15 making sure to observe the correct polarity Figure 15 Remote Battery Compartment When using the remote remember to point the lens toward the front panel of the DVD 48 Make sure no objects such as furniture are blocking the remote s path Bright lights fluorescent lights and plasma video displays may interfere with the remote s functioning The remote has a range of about 20 feet depending on the lighting conditions It may be used at an angle of up to 30 degrees to either side of the DVD 48 If the remote seems to operate intermittently make sure the batteries have been inserted correctly or replace all three batteries w
163. r write command should be calculated by dividing trco min with cycle time of the clock and then rounding of the result to the next higher integer The SDRAM has four internal banks in the same chip and shares part of the internal circuitry to reduce chip area therefore it restricts the activation of four banks simultaneously Also the noise generated during sensing of each bank of SDRAM is high requiring some time for power supplies to recover before another bank can be sensed reliably tRRD min specifies the minimum time required between activating different bank The number of clock cycles required between different bank activation must be calculated similar to trco specification The minimum time required for the bank to be active to initiate sensing and restoring the complete row of dynamic cells 15 determined by tRAS min Every SDRAM bank activate command must satisfy tRAS min specification before a precharge command to that active bank can be asserted The maximum time any bank can be in the active state is determined by tRAs max and tras max can be calculated similar to trco specification BURST READ The burst read command is used to access burst of data on consecutive clock cycles from an active row in an active bank The burst read command is issued by asserting low on CS and RAS with WE being high on the positive edge of the clock The bank must be active for at least min before the burst read command 15 issued
164. raneous clicks and pops AOUTA1 39 40 Differential Analog Output Output The full scale differential analog output level is specified in the AOUTB1 38 37 Analog Characteristics specification table AOUTA2 35 36 AOUTB2 34 33 29 30 AOUTB3 2827 AOUTA4 25 26 AOUTBA 24 23 VA 32 Analog Power Input Positive power supply for the analog section Refer to the Recommended Oper ating Conditions for appropriate voltages VLS 43 Serial Audio Interface Power Input Determines the required signal level for the serial audio inter face Refer to the Recommended Operating Conditions for appropriate voltages Control Port Definitions SCL CCLK 15 Serial Control Port Clock Input Serial clock for the serial control port Requires an external pull up resistor to the logic interface voltage in 2 mode as shown in the Typical Connection Diagram SDA CDIN 16 Serial Control Data nput Output SDA is a data 1 0 line in 2 mode and requires an external pull up resistor to the logic interface voltage as shown in the Typical Connection Diagram CDIN is the input data line for the control port interface in SPI mode ADO CS 17 Address Bit 0 Control Port Chip Select SPI Input ADO is a chip address pin in mode CS 16 the chip select signal for SPI format Stand Alone Definitions MO 17 Mode Selection nput Determines the operational mode of the device as detailed in Tables 6 and
165. rational amplifiers DVD48 Semiconductors HK1K02FU N CHANNEL 1 96 HK1K05FU N CHANNEL 1 16 43 7 N CHANNEL harman kardon 1633 PG17L1 Photo Coupler 1 Source 1 2 Gate gt 1 33 1046 3 Drain 2 G 4 1 Anode 4 Source 2 2 Cathode 5 Gate 2 220 3 Emitter 6 Drain 1 3 4 Collector mr 10 0314 9 2 1 Emitter 1 Emitter 4 1 Emitter KIA7809 1C79 2014 PNP 0501 505 Hoy 38755 NPN 0403 KTA1504S PNP 0402 KRA107S PNP Q604 701 702 801 805 KTD1304 NPN 0807 822 2N3904S NPN 0101 103 0823 1075 NPN 0401 1 IN 1 Emitter 2 GROUND 3 em 123 3 001 2 4 KIA7909 1C80 BASOBCOFP 1056 BA18BCOFP 1624 65 BLOCK DIAGRAM FIN O O O 1PIN N C 2PIN OUT 3PIN 167 1 Emitter KIA431B 1034 35 TO 92 SOT 89 View Top 23 1 Reference 2 3 Cathode KTA1664 0104 105 View e 1 Base 2 Collector 3 Emitter D327 UF5404 7uH R348 C343 C342 7 22 1W 330 25V OU A 680 25V 7 7 WN TF32 C335 72 341 DSC 10D9 EER2828 eos 330 25V 470 1W 100 25V gt UF400
166. rature range ete Ee bee pie a buo aq 65 C to 150 C T Stresses beyond those listed under absolute maximum ratings may cause permanent damage to the device These are stress ratings only and functional operation of the device at these or any other conditions beyond those indicated under recommended operating conditions is not implied Exposure to absolute maximum rated conditions for extended periods may affect device reliability NOTES 1 The input and output voltage ratings may be exceeded if the input and output current ratings are observed 2 The package thermal impedance is calculated in accordance with JESD 51 7 68 DVD48 harman kardon 9 HY57V643220D L S T P Series VIV A 4Banks x 512K x 32bits Synchronous DRAM DESCRIPTION The Hynix HY57V643220D L S T P series is a 67 108 864bit CMOS Synchronous DRAM ideally suited for the memory applications which require wide data I O and high bandwidth HY57V643220D L S T P is organized as 4banks of 524 228x32 HY57V643220D L S T P is offering fully synchronous operation referenced to a positive edge of the clock All inputs and outputs are synchronized with the rising edge of the clock input The data paths are internally pipelined to achieve very high bandwidth All input and output voltage levels are compatible with LVTTL Programmable options include the length of pipeline Read latency of 2 or 3 the number of consecutive read or write
167. rawer MeSSage Displays and Indicators Dirrrrer NOTE To nae it eer to follow the instructions throughout the nmel thet refer to this illustration a copy of this page may downloaded fromthe Product Support section at wWwWWWhenrenkardon com DVD48 Standby On Switch This electrical switch turns the DVD 48 on for playback or leaves it in Standby mode for quick turn on using this switch or the remote control Power Indicator This LED is next to the Standby On Switch When the DVD 48 is plugged into AC power the LED turns amber to indicate that the DVD 48 is in Standby mode ready to be turned on When the DVD 48 15 turned on by pressing the Standby On Switch the LED turns blue If this LED ever turns red immediately unplug the DVD 48 Check the wire connections If the LED remains red bring the DVD 48 to an authorized Harman Kardon service provider Open Close Press this button to open or close the disc drawer When the DVD 48 is in Standby mode press this button to turn it on and open the drawer Before pressing this button always make sure that no objects are blocking the drawer Remember to close the door or turn off the DVD 48 when you have finished The door will close automatically after two and a half minutes Message Display Various messages appear in this display In response to commands In addition a variety of indicators will light at various times to display the current playback mode video settings or other aspec
168. rce selection high high For production testing high low Flash SRAM for debug monitor low high First debug UART low low Hash low or Level sampled during RESET S Digital periphery ground of 3 3 V supply 14 ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Froprietary 108 DVD48 harman kardon Vaddis 778 Data Sheet Pin Number 51 52 53 57 58 59 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 Pin Functions VDD P VDDP RAMADD 4 3 5 2 6 VDDP RAMADD 1 7 0 GNDP RAMADDJ8 VDDC PAMADD 10 GNDC RAMADD 9 VDDP RAMADD 1 1 RAMCSO RAMBA 1 0 GNDP PAMCS 1 6 RAMPAS RAMCAS VDDP PAMWER RAMDQM GNDPCLK POLK VDDPCLK RAMDA 118 Direction O 0 O O 9 O O O QO O O O O 9 Q Q Q O O Description 3 3 V periphery reference voltage 3 3 V Digital periphery power supply SDRAM address bus output 3 3 V Digital power supply SDRAM address bus output Digital periphery ground of 3 3 V supply SDRAM address bus output 1 8 V Digital core power supply SDRAM address bus output Digital core ground of 1 8 V supply SDRAM address bus output 3 3 V Digital periphery power supply SDRAM address bus output SDRAM chip select active low SDRAM bank select output SDRAM bank select output Digital periphery ground of 3 3 V supply SD
169. rection 133 134 135 136 137 138 139 140 141 142 143 144 VID 3 GPCI 0 28 SERVOCLK VID 2 GPCI 0129 SS7 0 VDDP VIDI Of 30 556 7 VIDIO ICGPCV OJ3 GNDP GNDA RESET VDDA XO GPCI 1 Description Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose input output monitored controlled by the CPU or DSP SW SERVO channel clock output for AFE by pass Digital 4 2 2 video luma chroma output interleaved U Y V Y O General purpose input output monitored controlled by the CPU DSP SW O SERVO channel select output for AFEby pass 3 3 V Digital power supply O Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose input output monitored controlled oy the CPU or DSP SW SERVO channel select output for by pass Dioital 4 2 2 video luma chroma output interleaved U Y V Y General purpose input output monitored controlled the CPU DSP Sw When input the pin can be used as general purpose external interrupt to the CPU S Digital periphery ground of 3 3 V supply S Ground plane of internal PLL circuit ID Reset input active low S 1 8 V Power supply for internal PLL circuit AO Output to a crystal that is connected to GCLAP If a crystal is not used at GCLKP XO must be left not connected ID 27 000MHz clock or crystal input for main processi
170. requency Programmable polarity O Digital audio bit clock output Data on AOUT and AIN is output or latched respectively with the rising or falling programmable edge of this clock S Digital ground of filtered 3 3 V supply for Audio Master Clock input output 128 192 256 or 384 times the sampling frequency programmable S 3 3 V filtered digital power supply for AMCLK Serial input of digital stereo audio General purpose input output monitored controlled by the CPU or DSP SW O Prooe mux data output 5 Digital core ground of 1 8 V supply O SD digital video vertical sync output signal HD digital video field Index input signal General purpose output monitored controlled the CPU or DSP SW DACs test input O Probe mux data output S 1 8 V Digital core power supply O SD digital video horizontal sync output signal 18 ZORAN Corporation 1390 Kifer Road Sunnyvale 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 112 DVD48 harman kardon Vaddis 778 Data Sheet Pin Number 125 126 127 128 129 130 131 132 Pin Functions HDHS GPCI 0125 GNDP VCLKx2 COSYNC ICGPCY Of 1 VDDP VIDI7 GPCY Of26 VIDIE ICGPCV O 2 VID 5 IDGPCY GNDP VID 4 GPC Of27 Direction Description HD digital video horizontal sync input signal Gen
171. rity Make certain front panel sensor is in line of sight of remote or connect an optional remote sensor No picture Intermittent connections Wrong input Progressive Scan output selected HDMI Output is connected to a video display that is not HDCP compliant Video Off feature active Wrong HDMI output setting Check all video connections Check input selection of TV or receiver Use Progressive Scan mode only with compatible TV Reset to Interlaced Scan by following these steps 1 Press the Open Close Button on the front panel to open the disc drawer 2 Press the Clear Button on the remote control 3 Enter the numeric code 1211 on the remote 4 Press the Audio Button not Audio Mode Or perform a system reset that will require you to reenter all user settings Press and hold the Clear Button on the remote for 5 seconds The display will blink and all user settings will return to their factory defaults The HDMI Output may not be used with video displays that are not HDCP compliant Unplug the cable and select another audio and video connection Press Video Off Button to reactivate video circuitry The HDMI and Component Video Outputs are not available simultaneously Press the HDMI Button on the remote to turn the HDMI Output on or off When the HDMI Output is on the Component Video Outputs are deactivated and vice versa Disc does not play Disc loaded improperly
172. roducts NOTE To use the HDMI Output make sure to turn it on by press ing the Button on the remote When the HDMI Output is turned on the Component Video Outputs are not available for use The following audio formats may be output v a the HDMI connection Audio CD 2 Channel PCM or 5 1 channel DTS DVD Audio 2 Channel or 5 1 channel PCM DVD Video Up to 5 1 channel Dolby Digital DTS or PCM NOTE To hear the high resolution surround sound recorded on SACD discs connect the 6 Channel Audio Outputs to the corre sponding input jacks on your receiver or processor This format is not output digitally If your receiver is not capable of processing the audio portion of an HDMI signal use the 6 Channel Audio Outputs to enjoy DVD Audio discs as well To hear a 2 channel analog downmix via the 2 Channel Analog Audio Outputs select Stereo at the Analog Output setting in the AUDIO SETUP submenu or press the Audio Mode Button on the remote repeatedly until the Stereo setting is selected Coaxial and Optical Digital Audio Outputs If your receiver or processor has an available digital audio input connect either of these digital audio outputs to the corresponding input on the receiver processor to enjoy digital audio formats such as Dolby Digital DTS or standard PCM traditionally found on CDs and may be available on other discs Never connect both of these outputs to the same device simultaneously However it is okay to connec
173. rs on single monolithic chips They include six high speed NSV video D A converters with compatible inputs They have separate 8 10 16 20 and 24 30 bit input ports that accept data in high definition and or standard definition video format For all standards external horizontal vertical and blanking signals or EAV SAV timing codes control the insertion of appropriate synchronization signals into the digital data stream and therefore the output signal One Technology Way P O Box 9106 Norwood MA 02062 9106 U S A Tel 781 329 4700 Fax 781 326 8703 O 2004 Analog Devices Inc All rights reserved DVD48 harman kardon ADV7320 ADV7321 HD PIXEL 2 7 SHARPNESS INPUT DE X Y COLOR 5 ADAPTIVE CR COLOR 2 2 FILTER COLOR X L CONTROL EE 444 AND PLL ES CB P_BLANK T CONTROL U 4 u SSAF ww gt 5 s TEST DNR COLOR INTER LEAVE PATTERN GAMMA Ly E Figure 2 Detailed Functional Block Diagram 05067 002 TERMINOLOGY HDTV high definition television video conforming to SMPTE SD standard definition video conforming to 274M or SMPTE 296M and SMPTE240M YCrCb SD PS or HD component digital video HD high definition video i e 720p 1080i 1035i PND pasar contados EDTV enhanced
174. s The downmix incorporates center and surround channel information but no signal is available at the center or surround jacks of the 6 Channel Analog Audio Outputs The Multichannel or 6 Channel setting outputs only the front left and right channel information to both sets of Left Right Analog Audio Outputs Although the correct signals are available at all of the 6 Channel Analog Audio Output jacks the 2 Channel Analog Audio Outputs will contain incomplete information The DVD 48 does not make a 2 channel downmix available at the 2 Channel Analog Audio Outputs simultaneously with a multichannel signal at the 6 Channel Analog Audio Outputs HDMI Press this button to tum the HDMI Output on or off When the HDMI Output is on the Component Video Outputs are off If your video display is HDMI capable turn this setting on and use the HDMI connection If your video display does not have an HDMI input turn this setting off to use the Component Video Outputs DVD48 There are different types of audio and video connections used to connect the DVD 48 to your receiver or processor and video display To make it easier to keep them all straight the Consumer Electronics Association has established a color coding standard Table 1 may be helpful to you as a reference while you set up your system Table 1 Connection Color Guide Audio Connections Front FL FR Center C Surround SL SR Subwoofer SUB Digital Audio
175. s allow the same device to be useful for a variety of high bandwidth high performance memory system applications PIN ASSIGNMENT Top View O N N Elite Semiconductor Memory Technology Inc Publication Date Mar 2003 Revision 1 7 1 44 125 DVD48 harman kardon ESMT M12L64164A FUNCTIONAL BLOCK DIAGRAM CLK Clock CKE Generator Address Mode Register L U DQM TP CS E o O O RAS a E 5 2 CAS WE 5 3 PIN FUNCTION DESCRIPTION INPUT FUNCTION System Clock Active on the positive going edge to sample all inputs Disables or enables device operation by masking or enabling all Chip Select inputs except CLK CKE and L U DQM Masks system clock to freeze operation from the next clock cycle CKE Clock Enable CKE should be enabled at least one cycle prior new command Disable input buffers for power down in standby AO A11 Address Row column address are multiplexed on the same pins Row address RAO RA11 column address 7 Selects bank to be activated during row address latch time A12 A13 Bank Select Add Bank Select Address 0 Selects bank for read write during column address latch time Latches row addresses on the positive going edge of the CLK with Row Address Strobe RAS low Enables row access 4 precharge Enables write operation and row precharge Write Enable e Latches data
176. s ensures that the SA MP can be left unchanged even if the SACD playback hardware is altered again minimizing development effort DVD HOST IC DVD SW STACK J PLAYBACK SACD TEXT SPEAKER SETUP API SW PSP DECODER DSD POSTPROCESSOR SACD DEMUX PCM CONVERTER DST DECODER DSD CONVERTER BE SWITCH DAC SWITCH HW DVD host 64 Mbit DVD host SDRAM DAC out MGU724 General block diagram 147 DVD48 harman kardon Philips Semiconductors 7 SAA7893HL Super audio media player 1 1 Hardware The SA MP hardware consists of the SAA7893HL device A typical HW block diagram of a DVD system incorporating the SAA7893HL is shown in Figure 2 The SAA7893HL takes sector data from the front end The front end is controlled by the DVD host via the SA MP software stack The SAA7893HL uses one 64 Mbit SDRAM for audio data buffering and storage of SACD TOCs The front end timing can be fully asynchronous from all clocks The 6 channel DAC outputs of the DVD host are routed the SAA7893HL which provides a DAC switch function between SACD mode and DVD mode The audio outputs of the SAA7893HL operate on the system audio clock The DVD back end communicates with the SAA7893HL via a host bus The system clock and the system audio clock are allowed to be asynchronous NVRAM SDRAM SAA7893HL SDRAM MGU726 Fig 2 Hardware block diagram 9397 750 10925 1 2 Software The SA MP s
177. s to its Read mode where it can be read in the same way as a ROM or EPROM The memory is divided into blocks that can be erased independently so it is possible to preserve valid data while old data is erased Each block can be protected independently to prevent accidental Program or Erase commands from modifying the memory Program and Erase commands are writ ten to the Command Interface of the memory An on chip Program Erase Controller simplifies the process of programming or erasing the memory by taking care of all of the special operations that are required to update the memory contents The end of a program or erase operation can be detected and any error conditions identified The Figure 2 Logic Diagram gt DQ0 DQ14 DQ15A 1 M29W160ET M29W160EB Al06849B harman kardon M29W160ET M29W160EB command set required to control the memory is consistent with JEDEC standards The blocks the memory are asymmetrically ar ranged see Figures 5 and 6 Block Addresses The first or last 64 KBytes have been divided into four additional blocks The 16 KByte Boot Block can be used for small initialization code to start the microprocessor the two 8 KByte Parameter Blocks can be used for parameter storage and the remaining 32K is a small Main Block where the ap plication may be stored Chip Enable Output Enable and Write Enable sig nals control the bus operation of the memory They allow simple connection to m
178. selector multiplexer is designed for 1 65 to 3 6 V operation The SN74LVC157A features a common strobe G input When the strobe is high all outputs are low When the strobe is low a 4 bit word is selected from one of two sources and is routed to the four outputs The device provides true data Inputs can be driven from either 3 3 V or 5 V devices This feature allows the use of these devices as translators in a mixed 3 3 V 5 V system environment The SN74LVC157A is characterized for operation from 40 C to 85 FUNCTION TABLE Please be aware that an important notice concerning availability standard warranty and use in critical applications of Texas Instruments semiconductor products and disclaimers thereto appears at the end of this data sheet EPIC is a trademark of Texas Instruments Incorporated PRODUCTION DATA information is current as of publication date Copyright O 1998 Texas Instruments Incorporated Products conform to specifications per the terms of Texas Instruments standard warranty Production processing does not necessarily include testing of all parameters 131 DVD48 SN74LVC157A QUADRUPLE 2 LINE TO 1 LINE DATA SELECTOR MULTIPLEXER SCAS292G JANUARY 1993 REVISED OCTOBER 1998 logic symbolT A B 1A 1B 2 2 3B 4A 4B 1 MUX 4 iv 1 7 9 12 T This symbol is in accordance with ANSI IEEE Std 91 1984 and IEC Publication 617 12 logic diagram positive logic
179. sion 1 4 1R033 0009 B5 Jan 20 2005 64 DVD48 harman kardon TOSHIBA TA48018 02 025 03 033 05F S TOSHIBA Bipolar Linear Integrated Circuit Silicon Monolithic TA48018F TA4802F 48025 TA4803F TA48033F TA4805F TA48018S 48025 480255 48035 480335 48055 18VW 2V 2 5V 3V 3 3V 5V Three Terminal Low Dropout Voltage Regulator with Output Current of The TA48 F S series consists of fixed positive output 1 TA48 F low dropout regulators with an output current of 1 A max that utilize V PNP transistors for the output stage In response to the need for low voltage and low power dissipation devices which are used in consumer electronics and industrial appliances the series offers devices with low output voltages 1 8 V 2 V 2 5 V 8 V 8 3 5 V Features HSIP3 P 2 30B Maximum output current 1 A E I N e Output voltage accuracy VOUT 3 T 25 e Low standby current 800 GIOUT 0 Low starting quiescent current e Low dropout voltage Vp 0 5 V max 100 0 5 A Protection function overheat overcurrent Package type PW MOLD TA48 F Series TO 220NIS TA48 S Series HSOP3 P 2 30D TA48 F Series has a lead bending type package which is a 3 TA48 S surface mountable package used for reflow soldering Pin Assignment I HSIPS P 2 544 Marking side Weight HSIP3 P 2 30B 0 36 g typ GND OUT HSOP3 P 2 30D 0 36 g
180. t PIN CONNECTION TOP VIEW LOGIC DIAGRAM IN IN B 62 DVD48 harman kardon SYSTEM GENERAL Product Specification Highly Integrated Green Mode PWM Controller SG6842 MARKING DIAGRAMS PIN CONFIGURATION B Linearly Decreasing Frequency Burst Mode F L OTPLatch The pin is reset when AC 15 SG6842BFVTP disconnected MXXXXXXYYWWV C Hysteresis OTP The pin is reset when the temperature cools down V V OVP Latch T D DIP S SOP P Z Lead Free ROHS Compatible Null regular package M Mask Version XXXXXX Wafer Lot YY Year WW Week V Assembly Location PIN DESCRIPTIONS Pin No Symbol Eeedback The signal from the external compensation circuit is fed into this pin The PWM duty cycle is eedbac determined in response to the signal from this pin and the current sense signal from Pin 6 For start up this pin is pulled high to the rectified line input This pin is pulled via a resistor Since the start up current requirement of the SG6842 is very small a large start up resistance 3 VIN Start Up Input be used to minimize power loss Under normal operation this pin is also used to detect the line voltage The line voltage is detected to compensate the output power limit so that it can be kept constant over a universal AC input range A resistor connected from the RI pin to ground will provide the SG6842 with a constant current
181. t initiate any new operation but is needed to complete operations which require more than single clock cycle like bank activate burst read auto refresh etc The device deselect is also a NOP and is entered by asserting CS high CS high disables the command decoder so that RAS CAS WE and all the address inputs are ignored Elite Semiconductor Memory Technology Inc 127 harman kardon M12L64164A POWER UP 1 Apply power and start clock Attempt to maintain CKE DQM H and the other pins are NOP condition at the inputs 2 Maintain stable power stable clock and NOP input condition for minimum of 200us 3 lssue precharge commands for both banks of the devices 4 Issue 2 or more auto refresh commands 5 1 a mode register set command to initialize the mode register cf Sequence of 4 amp 5 is regardless of the order The device is now ready for normal operation MODE REGISTER SET MRS The mode register stores the data for controlling the various operating modes of SDRAM It programs the CAS latency burst type burst length test mode and various vendor specific options to make SDRAM useful for variety of different applications The default value of the mode register is not defined therefore the mode register must be written after power up to operate the SDRAM The mode register is written by asserting low on CS RAS CAS and WE The SDRAM should be in active mode with CKE already high
182. t one of the digital audio outputs plus the analog audio outputs to the same device NOTE The Coaxial Digital Output should only be connected to a digital input Even though it is the same RCA type connector as standard analog audio connections DO NOT connect it to a conventional analog input jack Component Video Outputs If your television or video display and receiver are component video capable and your display does not have harman kardon an HDMI input connect these jacks to the corresponding inputs on the receiver or that are labeled Y Pr Pb or Y Cr Cb If your video display is capable of handling resolutions of 480p or better connect these outputs to the HD high definition component video inputs on your display If the display is capable of displaying progressive scan video select On at the Progressive Scan setting in the VIDEO SETUP submenu IMPORTANT NOTE Do not connect the Component Video Output jacks to standard composite video inputs on any device Composite and S Video Outputs If your video display does not have HDMI or component video inputs connect one of these two video outputs to your receiver processor or directly to the display If available S video is preferred Do not connect more than one of the DVD 48 s analog video outputs component video S video composite video to any other device at the same time You may connect both the HDMI Output and the Composite Video Output to your receiver i
183. t protection technology that is protected by method claims of certain U S patents and other intellectual property rights owned by Macrovision Corporation and other rights owners Use of this copyright protection technology must be authorized by Macrovision Corporation and is intended for home and other limited viewing uses only unless otherwise authorized by Macrovision Corporation Reverse engineering or disassembly is prohibited Please register your product on our Web site at www harmankardon com Note You ll need your serial number At the same time you can choose to be notified about our new products and or special promotions DVD48 MODEL NAME DVD 48 Description Test Disc Test Conditions Test Measuerment 1 ANALOG AUDIO OUTPUT Measurement ltem_____ ___ DISC Output Levell Vrms Level difference Vrms F response dB Characteristics Specification of AUdio YEDS7 SONY TDV 540A ABEX 10kQ Load Terminated AC100V 50 60Hz VP 7722A Audio Analyzer CASCADE SYS 2522 AP 2 0 0 2 lt 0 2 Ref 1kHz OdB Emphasis Characteristic dB 4 58 1 0 Ref 1kHz OdB S N dB A Channel Separation dB 22K Linearity dB 904 playback T H D 22 22K dB 20K AES17 Dynamic Range 60dB playback ARE 96k Dynamic Range 96k 22K dB 20K AES17 dB 20K AES17 Dynamic Ran
184. t the output to improve the Post Regulator for Switching DC DC Converter transient response and stability d High Efficiency Linear Regulators Battery Charger Battery Powered Instrumentation Typical Application Active Terminator for SCSI 2 Bus 10 e nb3y 1 1 1nodo4q 0o7 1 11 1111 211 1111 LM1117 2 85 8 TO 27 INES 4 75V TO T 5 25V 22 1100 JEF 10091905 Fixed Output Regulator LM1117 XX VIN GND 10 Tantalum 10 uF Tantalum Required if the regulator is located far from the power supply filter 10091928 142 DVD48 Block Diagram N Thermal Limit 4 AAWN O GND FIXED OUTPUT harman kardon ILEEENTZEEEIWT O ADJ ADJUSTABLE OUTPUT Connection Diagrams SOT 223 INPUT Tab is OUTPUT ADJ GND 10091904 Top View TO 220 Vout TT INPUT O OUTPUT ADJ GND 10091902 Top View TO 252 Input Tab is Output Vout Adj GND 10091938 Top View Vout Substrate 10091901 TO 263 INPUT TAB IS Voit OUTPUT ADJ GND 10091944 Top View 10091945 Side View LLP ADJUST NOT CONNECTED VN VN VN VouT 10091946 When using th
185. t the output waveform satisfies the standard under the conditions below against the standard transmitter 1 Measuring place Indoor without extreme reflection of light 2 Ambient light source Detecting surface illumination shall be irradiate 200 50lx under ordinary white fluorescence lamp without high frequency lightning 3 Standard transmitter Burst wave of standard transmitter shall be arranged to 50mVp p under the measuring circuit 140 DVD48 harman kardon NJM2068 LOW NOISE DUAL OPERATIONAL AMPLIFIER m GENERAL DESCRIPTION m PACKAGE OUTLINE The NJM2068 is a high performance low noise dual operational amplifier This amplifier features popular pin out superior noise performance and superior total harmonic distortion This amplifier also features guaranteed noise performance with substantially higher gain bandwidth product NJM2068D NJM2068M and slew rate which far exceeds that of the 4558 type amplifier The specially designed low noise input transistors allow the NJM2068 to be used in very low noise signal processing gt applications such as audio preamplifiers and servo error r f amplifier SSA m FEATURES NJM2068V e Operating Voltage 4 18 e Low Total Harmonic Distortion 0 001 typ e Low Noise Voltage FLAT JISA 0 56pV typ e High Slew Rate eV us typ e Unity Gain Bandwidth 27MHz O f 10kHz e Package Outline DIP8 DMP8 SIP8 SSOP8 e Bipolar Technology m P
186. tal Video Converter Data Sheet DISPLAY PERFECTION Pin Voltage Device address setting 0 Ferro serial control bus clock wire serial control bus data vss Rua 0001 1000 SDRAM data bus 60 00 Tristate vO sv 4mA PD SDRAM databus 0 Internal Drive Pull up Pulldown Description 62 VDDA 1 Powr 00000000 63 VSS Gomd JGemd 00025 66 SDRAMDATA IS Tristate O 5v 4mA PD SDRAM databus 68 VDDcoe Power jJL8V Powepinforcoe 69 VSScore Gomd rowe V Powepmfrcom 8 Gom 00000002 86 SDRAMDATAGO 5v 4mA PD vos 0 77 DVD48 harman kardon 1 GENESIS FLI2310 LF Digital Video Converter Data Sheet DISPLAY PERFECTION Pin Name Type Drive Pull up Description No Tolerance Pulldown 90 TESTIN 1 mw sv Testimput Comnecttoground 91 SDRAM ADDR 10 Tristate 5v 8mA SDRAM address bus SmA SDRAM address bus O 93 SDRAMADDR 8 Tristate OP 8mA SDRAM address bus O 94 SDRAM TristateO P 5v 8mA 5 address bus o o 95 SDRAM ADDR 6 TristateO P Sv 8m
187. ternal SDRAM used See Appendix 3 2 For 16 20 bit Y and muxed C output modes see Appendix 2 for pin configuration 80 DVD48 STRUCTURE TYPE FUNCTION FEATURES harman kardon 1 4 Silicon Monolithic Integrated Circuit BU2098F Bbit Serial IN Parallel Out Driver 1 Compatible with BUS 2 Nch open drain capable of driving a maximum of 25mA 3 18V high voltage output can be used ABSOLUTE MAXIMUM RATINGS 25 Power Supply Voltage DD Power Dissipation Operating Temperature Range 40 85 Vin Storage Temperature Range 55 4125 Input Voltage Pd 30 mw __ _ 40 85 V 0 5 Output 00 7 are 18V Status of this document The Japanese version of this document is the formal specification A customer may use this translation version only for a reference to help reading the formal version If there are any difference in translation version of this document formal version takes priority Rev B 81 DVD48 harman kardon 2 4 ELECTRICAL CHARACTERISTICS unless otherwise noted Ta 25 C VDD 5 0V range Ames iue UU __ aras TR T la a v C mae _ l ls Owens i _ ass y _ Data hold hold time nS High mode
188. the Y component is less than 2047 In this mode no other digital or analog video is output The Vaddis 778 uses Synchronous DRAMs SDRAM for external buffers and generates all address and control signals for this external buffer The required Synchronous DRAMs are of 7 type max clock rate of 147 MHz The required size is 64 Mbits using one 4M 16 bit device The internal structure of the devices has to be four banks of 2048 rows by 256 cells each Some limited applications can be supported by a single or dual 16 Mbits device s A single 128 Mbits device with four banks of 2048 rows by 512 cells each s also supported The Vaddis 778 interfaces directly through external buffers only to several types of serial and parallel flash cards connectors The interface is sharing some of the pins also used for disc loader control so that the disc loader can not be operational while reading a card For parallel flash cards the interface is sharing some of the flash memory pins so that the flash memory can not be accessed while reading a sector from a card The Vaddis 778 interfaces to the other devices of a player e g IR remote control receiver front panel controller audio DACs and ADOs mainly through GPIO functions controlled by SWto implement protocols like SP and I2C There are on chip HW aids to interface to a master 550 type device e g a front panel concentrator 2 ZORAN Corporation 1390 Kifer Road Sunnyvale CA 94086
189. the swab and do not allow the to get inside the pick up DVD48 harman kardon NOTES REGARDING COMPACT DISC PLAYER REPAIRS 1 Preparations 1 Compact disc players incorporate a great many ICs as well as the pick up laser diode These compo nents are sensitive to and easily affected by static electricity If such static electricity is high voltage components can be damaged and for that reason components should be handled with care 2 The pick up is composed of many optical components and other high precision components Care must be taken therefore to avoid repair or storage where the temperature of humidity is high where strong magnetism is present or where there is excessive dust 2 Notes for repair 1 Before replacing a component part first disconnect the power supply lead wire from the unit 2 All equipment measuring instruments and tools must be grounded 3 The workbench should be covered with a conductive sheet and grounded When removing the laser pick up from its conductive bag do not place the pick up on the bag This is because there is the possibility of damage by static electricity 4 To prevent AC leakage the metal part of the soldering iron should be grounded 5 Workers should be grounded by an armband 1MQ 6 Care should be taken not to permit the laser pick up to come in contact with clothing in order to prevent static electricity changes in the clothing to escape from the 7 The
190. ti 42 SPOF PS HIS ICGPOOQOA ANDA GPCIC 20y CPUNME 18 RAMA na 96 7 ZORAN Corporation 1380 Kifer Road Sunnyvale CA 94086 5305 Phone 408 523 6500 Fax 408 523 6501 ZORAN Proprietary 121 DVD48 harman kardon CIRRUS LOGIC 054382 114 dB 192 kHz 8 Channel D A Converter Features Description e24 Bit Conversion The CS4382 is a complete 8 channel digital to analog e Up to 192 kHz Sample Rates system Including digital Interpolation fifth order delta i sigma digital to analog conversion digital de emphasis e 114 dB Dynamic Range volume control and analog filtering The advantages of e 100 dB THD N this architecture include ideal differential linearity no e Supports PCM and DSD Data Formats distortion mechanisms due to resistor matching errors T no linearity drift over time and temperature and a high e Selectable Digital Filters clock jitter P 9 e Volume Control with Soft 1 dB Step Size The CS4382 accepts PCM data at sample rates from 4 kHz to 192 kHz DSD audio data and operates over a Zero Crossing Click Free Transitions wide power supply range These features are ideal for e Dedicated DSD inputs multi channel audio systems including DVD players e Low Clock Jitter Sensitivity SACD players A V receivers digital TV s and 5 un mixing consoles effects processors set top b
191. top Pause Play Fast forward Fast reverse Next previous track Program and play playlist 9 Repeat Track All or AB Shuffle Introscan Time search 2 Audio postprocessing DSD Bass Management with support of Dolby configuration O LLL1 Dolby configuration 1 5551 Dolby configuration 2 LSSO Programmable bass filter frequency and slope 9397 750 10925 Koninklijke Philips Electronics N V 2003 All rights reserved 150 DVD48 harman kardon Philips Semiconductors 7 SAA7893HL Super audio media player 60 80 100 120 Hz 12 18 24 dB Oct other frequencies or slopes are possible on customer request DSD down mixing 2 2 3 0 2 0 4 separate 2 0 DSD attenuation function 0 to 90 dB programmable per channel DSD delay function total 65 ms approximately 20 meters programmable per channel 6 channel PCM input 44 1 88 2 176 4 48 96 or 192 kHz at 16 bit or 24 bit PCM DSD upsampling with programmable Sigma Delta and anti aliasing filter modes Attenuation and delay as with DSD DSD to conversion 88 2 176 4 kHz at 24 bit 2 8 SACD data and text Album info Disc info Album or disc text Area text Track data Track text 2 9 General E JTAG for board test and debug 3 3 V pad supply voltage 1 8 V core supply voltage 1 8 V analog supply voltage LQFP128 package 0 18 um CMOS process 3
192. ts of the DVD 485 status Disc Drawer This drawer holds a disc that is played in the DVD 48 Press the Open Close Button to access it Be sure to carefully seat all discs in the recess in the drawer tray To avoid damaging the drawer accidentally do not press down on it when open The drawer will close automatically after two and a half minutes of inactivity to prevent dust or dirt from entering the DVD 48 and to prevent damage If a disc is present it will begin playing Play Press to start playback of a loaded disc or to resume play after the disc has been paused Pause Press to pause play or to resume after play has been momen tarily paused When a DVD is playing a still image of the frozen action will appear on screen In Pause mode you may access the Frame by Frame Advance and Slow Search functions by pressing the forward or reverse Step or Skip Buttons on the remote Stop Press once to stop play and enter Resume mode in which pressing Play resumes playback from the point at which it was stopped Press this button twice to fully stop play of the disc Resume mode is not available for WMA files or VCDs without playback control Skip Search Reverse Press once to return to the beginning of the current chapter or track Quickly press again to skip to previous chapters or tracks Press and hold for fast search reverse within the Current chapter or track at the speed indicated on screen harman kardon Skip Search Forwar
193. uit Programming for HDFlash devices 384 to 1K bytes RAM HDFlash endurance 100 cycles data reten tion 20 years at 55 C m Clock Reset And Supply Management Clock sources crystal ceramic resonator os cillators internal RC oscillator and bypass for external clock PLL for 2x frequency multiplication Four Power Saving Modes Halt Active Halt Wait and Slow Interrupt Management Nested interrupt controller 10 interrupt vectors plus TRAP and RESET 9 6 external interrupt lines on 4 vectors Up to 32 I O Ports 32 24 multifunctional bidirectional lines 22 17 alternate function lines 12 10 high sink outputs m 4 Timers Main Clock Controller with Real time base Beep and Clock out capabilities Configurable watchdog timer 16 bit Timer A with 1 input capture 1 output compare external clock input PWM and pulse generator modes 16 bit Timer B with 2 input captures 2 output compares PWM and pulse generator modes Device Summary 44 10 x 10 SDIP32 400 mil m 2 Communication Interfaces SPI synchronous serial interface SCI asynchronous serial interface m 1 Analog Peripheral 10 bit ADC with up to 12 input ports m Instruction Set 8 bit Data Manipulation 63 Basic Instructions 17 main Addressing Modes 8 x 8 Unsigned Multiply Instruction m Development Tools Full hardware software development pa
194. ut port with 10 ns slew rate APIO analog input port VDDCO analog Vpp port 1 8 V VSSCO analog Vss port 10 ground for I O pads VCC 10 for I O pads 3 3 V ground for core VCC core Vcc for core 1 8 V Host interface Different types of host busses are supported Separate address data bus with 16 bit data bus 3 different modes Multiplexed address data bus with 16 bit data bus 2 different modes Separate address data bus with 8 bit data bus 1 mode The host interface type is set via the dedicated pins H sel and sys clk The SAA7893HL has a dedicated interrupt output pin Front end interface Data input interface The SAA7893HL supports three different front end interfaces which are selectable via the host interface e 25 interface the front end interface is in essence an 125 interface and therefore it has to conform to the 125 specification e FEC interface Koninklijke Philips Electronics N V 2003 All rights reserved 157 DVD48 harman kardon Philips Semiconductors SAA7893l IL Super audio media player e Parallel interface UDE data interface part a parallel front end interface with a handshake protocol 7 2 2 Analog HF input The analog HF input coming from the optical pickup unit is also fed to the SAA7893HL to extract the copy protection information PSP 7 3 Audio interface 7 3 1 Audio input The audio input is 6 channel PCM 1 S
195. x 285mm 6 lb 2 7kg 5 x 14 3 8 x 20 127mm x 365mmx 508mm 8 8 lb 4kg Harman Kardon and Logic 7 are trademarks of Harman International Industries Incorporated registered in the United States and or other countries Designed to Entertain is a trademark of Harman International Industries Incorporated Blu ray Disc is a trademark of the Blu ray Disc Association CEA Consumer Electronics Association is a registered trademark of the Consumer Electronics Association Dolby and Pro Logic are registered trademarks and Lossless is a trademark of Dolby Laboratories DTS DTS ES DTS Neo 6 and DTS 96 24 are registered trademarks of DTS Inc HD DVD is a trademark of the DVD Format Logo Licensing Corporation DVD FLLC HDMI High Definition Multimedia Interface 5 a trademark of HDMI Licensing LLC Kodak is a registered trademark and Photo CD is a trademark of Eastman Kodak Company Microsoft Windows and Windows Media are registered trademarks of Microsoft Corporation in the United States and or other countries WMA Windows Media Audio is a proprietary file format developed by Microsoft SACD Super Audio CD is a trademark of Sony Corporation TrueLife is a trademark of Genesis Microchip Inc The Simplay HD logo and the Simplay Simplay HD and Simplay Labs trademarks are owned by Silicon Image Inc and are used under license from Silicon Image Inc and or Simplay Labs LLC This product incorporates copyrigh
196. y fine pattern CMOS technology 11 Endurance 1 000 000 erase write cycles 12 Data retention 40 years 13 Filtered inputs in SCL SDA for noise suppression 14 Initial data FFh in all address e Absolute maximum ratings Ta 25 C Parameter Symbol Limits Unit Supply voltage Vcc 0 3 to 6 5 V 800 DIP8 1 450 SOP8 2 Power dissipation Pd 450 SOP J8 mW 300 SSOP B8 4 310 8 5 Storage temperature Tstg 65 to 125 C Operating temperature Topr 40 to 85 C Terminal voltage 0 3 to Vcc 0 3 V 1 Degradation is done at 8 0mW C for operation above 25 2 3 Degradation is done at 4 5mW C for operation above 25 4 Degradation is done at 3 0mW C for operation above 25 5 Degradation is done at 3 1mW C for operation above 25 1 25 98 DVD48 harman kardon BR24L16 W BR24L 16F W BR24L 16FJ W Memory ICs BR24L16FV W BR24L16FVM W eBlock diagram o 1 a gt a GND 4 Fig 2 BLOCK DIAGRAM ePin configuration BR24L16 W BR24L16F W BR24L16FJ W BR24L16FV W BR24L16FVM W Fig 3 PIN LAYOUT ePin name Pin name I O Function Vcc Power supply GND Ground 0V A0 A1 A2 IN Out of use SCL IN Serial clock input SDA IN OUT Slave and word address serial data input serial data output WP IN Write protect input 1 An open drain output requires a pull up resistor 4 25 99

Service Manual

Contents

Download Pdf Manuals

Related Search

Related Contents