MSU3022/U3032/U3042
Contents
1. i 1 VDD RESET VDD RESET RESET e vouz INT VDD Rosc EE RI VSS B Cout co E vss Specifications subject to change without notice contact your sales representatives for the most recent information 10 16 PID 262 08 97 O MOSEL VITELIC INC DRN MSU3022 U3032 U3042 Timing Diagram To be Available soon Standard Code Line Up To be Available soon Specifications subject to change without notice contact your sales representatives for the most recent information 11 16 PID 262 08 97 MOSEL VITELIC INC as MSU3022 U3032 U3042 Typical Application Circuit 8 ohm 0 25W Speaker Buzzer 8050 A 32768Hz COM1 MSU30x2 4310 x 3970 um Pade size 90 x 90 um Substrate should be bonded to Vdd Loe Note All the above compon Specifications subject to change without notice cont 3x75 LCD 1 3 duty 1 3 bias ents need to adjust possibly case by case to meet required performance act your sales representatives for the most recent information 12 16 PID 262 08 97 Preliminary O MOSEL VI2. Internal program ROM 1024 x 15 bits Internal program RAM 64 x 4 bits Internal stack RAM 4x10 bits Two 4 bit input ports Two 4 bit input output ports One 4 bit output port Specifications subject to change without notice contact your sales representatives for the most recent information 1 16 PID 262 08 97 D MOSEL VITELIC INC Preliminary MSU3022 U3032 U3042 Software Features W76 instructions in 39 mnemonics E 4 level subroutine nesting also used for interrupt Two external factors INT S amp M for interrupt Two internal factors timer divider for interrupt Development Supports E Development tools are provided Software Hardware programming guide is provided OTP U73061 is to be available Development Supports E Pid321 Voice Smart Programmer s Guide E Pid345 Voice Smart ICE M9068 User s Manual Mask Options m either open or hold transistor on S port amp M port m either pull down or pull up on Interrupt switch E either leading edge or trailing edge on Interrupt edge Meither power power on E either with reset or not when power on E cither 8 ms or 2 ms chattering removal time on S port amp M port back up activated or not when Capacity of each device Voice Device 1 us042 Boooohxs B0000hx5 Sample Applications E handy game with LCD W versatile timepiece with LCD W talking timer with LCD H intelligent calculator with LCD E smart statio
3. 1 lt Level shift lt 256 And Forms are attached B1 B2 B3 B4 How many sentences are defined 1 lt lt 256 And Forms are attached C1 C2 C3 C4 c5 C6 C7 c8 Specifications subject to change without notice contact your sales representatives for the most recent information 15 16 PID 262 08 97 MOSEL VITELIC INC Preliminary MSU3022 U3032 U3042 Product Request Form B1 Voice Word Definitions RITE Length summation of above 64 words is Address Voice Description VoiceLength MuteLength lt scovcon There are words defined on this form 00 s 00h sl 00h 00h 01 s 00h sl 00h 00h 02 s ooh s ooh 00h 03 s 00h sl 00h 00h 04 s ooh s ooh 00h 05 s 00h sl ooh 00h 06 s 00h sl ooh 00h 07 s 00h sl 00h 00h 08 s 00h sl 00h 00h 09 s 00h sl 00h 00h 10 s ooh s ooh 00h 11 s ooh s ooh 00h 12 s 00h s ooh 00h 13 s 00h sl 00h 00h 14 s ooh s ooh 00h 15 s 00h sl 00h 00h 16 s ooh s ooh 00h 17 s ooh s ooh 00h 18 s ooh s ooh 00h 19 s 00h sl 00h 00h 20 s ooh s ooh 00h 21 s ooh s ooh 00h 22 s ooh s ooh 00h 23 s 00h s ooh 00h 24 s ooh s ooh 00h 25 s 00h sl ooh 00h 26 s ooh s ooh 00h 27 s ooh s ooh 00h 28 s ooh s ooh 00h 29 s 00h sl 00h 00h 30 s 00h sl ooh 00h 31 s 00h s
4. 70 Xosc Oscillation frequency for CPU 3276 8 32768 32768 Hz Oscillation frequency for playing voice eooo Hz AC Characteristics at 4 5 V amp 6 KHz S R Timing CE Min S Typ Max E oe eS Specifications subject to change without notice contact your sales representatives for the most recent information 5 16 PID 262 08 97 MSU3022 U3032 U3042 MOSEL VITELIC INC Preliminary MSU3022 U3032 U3042 DC Characteristics at 3 0 Vdd stand by Remarks operation output high output low cuurent output frequency stability Fosc 3 0V Fosc 2 7V Fosc 3 0V frequency variation 6 KHz S R 680 kohm Rosc oscillation R S R 6000 Hz S R 8000 Hz stand by 5 Vdd Remarks operation output high output low current output o p high V loh 400 uA o p low V l oL 400 uA o p low V loh 1 mA o p high V loL 1 mA o p low V loh 100 uA o p high V l oL 100 uA o p low V loh 4 uA o p high V loL 4uA o p low V l oh 0 4 uA o p high V LIKILIKI l oL 0 4 uA frequency stability al Fosc 4 5V Fosc 4 0V Fosc 4 5V frequency variation 3s 6 KHz S R 680 kohm Rosc input R when on A gt 3 pulldown X tor on amp note 1 input R when off ey s 3 pulldown X tor
5. PID 262 08 97 MOSEL VITELIC INC Preliminary MSU3022 U3032 U3042 mme Product Request Form A Mask Definitions Mask options Selections Power bias Li 1 2 Bias LCD driver amp display frequency 1 2 duty 128 Hz 1 3 duty 170 7 Hz Static 128 Hz 1 2 duty 64 Hz 1 3 duty 85 3 Hz Static 64 Hz 1 2 duty 32 Hz 1 3 duty 42 7 Hz Static 32 Hz S port defined Open Hold transistor M port defined Open Hold transistor Interrupt switch Pull down Pull up Interrupt edge Rising Falling Power on mode BackUp Non BackUp External Reset and PowerOn reset Only note Chatter Removal time 8 mS time 2 mS time note Set time Slower Tk 512 mS Faster Tk 8000uS Oscillator Crystal System Clock Fast Fosc Slow Fosc 2 Alarm frequency Level shift P port Level shift Input port signal Level shift Light mode Always Reset level High I O port Level shift Note 9 For S port and M port Note 10 Set time set value 1 Note 15 Input port control signal level shift J48 J49 Light How many words are define Tk Fosc Fosc is in KHz d
6. Output port VBZ INT Busy status output internally connected to INT interrupt request pin of CPU P1 2 3 4 One way output port 4 bits M1 2 3 4 One way input port note 1 NC4 No connection 2 1 One way input port note 1 Note 1 with chatter removal time for either 8 ms ph8 or 2 ms ph6 Specifications subject to change without notice contact your sales representatives for the most recent information 4 16 PID 262 08 97 O MOSEL VITELIC INC Preliminary Signals Descriptions Cout Cout is tristate during standby Cout has zero current output when sound data is zero Cout has full current output when sound data is the highest Cout has half of full current output when sound is silence at middle data value Cout has half of full current output when playing sound at appended memory less mute The bypass Cout Resistor is used to bypass the audio output current from Cout This bypassing extra current to ground gives a way to prevent the saturation of audio waveform amplified by transistor This Resistance is 470 ohm typically It always is not very small Or user can let it open if the transistor has a fair beta value A transistor with beta value 150 is sufficient for typical applications Larger beta value get larger sound but may have the amplified waveform saturated Vouti Vout2 They are tristate during standby state These two pins can drive bu
7. off halt mode amp note 1 input R when on pulldown X tor on amp note 1 input R when off pulldown X tor off halt mode amp note 1 Vss2 0V Vi Vdd VBZ high input R input R Vss2 0V Vi Vdd VBZ low input R Vss2 0V Vi Vdd oscillation R S R 6000 Hz S R 8000 Hz Note 1 Vss2 0V Vi Vss2 0 4V Note 2 Vdd Specifications subject to change without notice contact your sales representatives for the most recent information 6 16 PID 262 08 97 MOSEL VITELIC INC preliminary MSU3022 U3032 U3042 Instruction Set Summary Syntax Description 1 ADC A Rm Addition with Carry 2 ADC Wn d 3 ADCS A Rm ADC and store 4 ADCS Wn d 5 ADD A Rm addition 6 ADD Wn d 7 ADDS A Rm ADD and store 8 ADDS Wn d 9 ADL A Rm addition logical 10 ADL Wn d 11 ADLS A Rm ADL and store 12 ADLS Wn d 13 AND A Rm move the AND result to Accumulator 14 AND Wn d 15 ANDS A Rm AND and store 16 ANDS Wn d 17 CALL d10 call the subroutine at address d10 18 CLRM 7 turn the LGT and clear modes 19 CLRS d9 clear setting 20 HALT halt the processor 21 IN Rm PA input to Rm from port A 22 IN Rm PB input to Rm from port B 23 IN Rm PS input to Rm from port S 24 IN Rm PM input to Rm from port M 25 INM Rm PA input to Rm from port g 26 INM Rm PB 27 JC d10 jump if Carry set 28 JMP d10 jump absolute 29 JNC d10 jump if non Ca
8. ooh 00h Signature amp date MVI Sales amp date All words length sum n is Harcopy of complete set PRF product request form pages B2 B4 and C1 C8 are provided per request Specifications subject to change without notice contact your sales representatives for the most recent information 16 16 PID 262 08 97
9. O MOSEL VITELIC INC PARN MSU3022 U3032 U3042 August 1997 60 90 120 Voice Smart Preliminary General Description The MSU30x2 is a monolithic talking microcomputer that can memorize voice up to 60 90 120 seconds using MOSEL qualified coding method MPCM It s an integration of traditional 4 bit microcomputer and voice chip with minimal external components LCD driver and miscellaneous interface are provided for versatile applications With more than bit 10K ROM RAM inside this chip meets every intelligent novelty Customer requested function and voice data will be built in by changing masks during fabrication Hardware Features Low current consumption Maximal function with minimal cost Current output could drive 8 ohm speaker with a transistor Vout could drive buzzer directly The voice content is stored up to 120 seconds at 6 KHz B0000h and can be separated to 256 sections Duration of each section can be different and is multiples of 100h E Duration of section with appended memory less mute is up to 40 seconds 100000h Each trigger can access a sentence up to 256 sentences could be access 1024 entry count are provided Working at 2 4V through 6 0V Precise voice sample rate 8 KHz is provided Auto ramp up and ramp down Halt mode is provided Very low current consumption at Halt mode LCD driver provided can drive up to 75 segments Built In clock generator Built In doubler halver tripler
10. TELIC INC MSU3022 U3032 U3042 Bonding Pad Information Pad No Designation X Y Pad No Designation X Y 1 SEG2 1775 1827 36 IOA4 1985 1156 2 SEG3 1618 1827 37 RES 1986 1349 3 SEG4 1450 1827 38 NC2 1995 1657 4 SEG5 1294 1827 39 NC3 1905 1824 5 SEG6 1126 1827 40 Vdd2 1525 1827 6 SEG7 970 1827 41 ROSC 1300 1827 7 SEG8 801 1827 42 VssV 1080 1827 8 SEG9 645 1827 43 COUT 920 1827 9 SEG10 477 1827 44 VOUT1 625 1826 10 SEG11 321 1827 45 VOUT2 408 1826 11 SEG12 153 1827 46 IOB1 254 1826 12 SEG13 3 1827 47 IOB2 87 1826 13 SEG14 171 1827 48 IOB3 58 1826 14 SEG15 327 1827 49 NC1 252 1783 15 SEG16 495 1827 50 IOB4 430 1826 16 SEG17 651 1827 51 VBZ INT 654 1826 17 SEG18 820 1827 52 P1 821 1826 18 SEG19 976 1827 53 P2 967 1826 19 SEG20 1144 1827 54 P3 1132 1826 20 SEG21 1300 1827 55 P4 1277 1826 21 SEG22 1468 1827 56 M1 1458 1827 22 SEG23 1625 1827 57 M2 1685 1827 23 SEG24 1995 1757 58 M3 1995 1627 24 SEG25 1995 1127 59 M4 1995 1401 25 COM3 1995 943 60 NC4 1995 1191 26 COM2 1995 707 61 2 1995 1015 27 BAK 1908 416 62 S1 1995 789 28 Vss1 1908 275 63 Vdd1 1995 629 29 Vss2 1932 129 64 VREG 1962 467 30 S4 1986 31 65 CUP1 1994 56 31 3 1986 257 66 CUP2 1994 158 32 LGT 1985 519 67 x1 1995 464 33 IOA1 1985 700 68 X2 1995 633 34 IOA2 1985 846 69 COM1 1995 955 35 IOA3 1985 1011 70 SEG1 1995 1138 Taiwan Taipei China Hongkong U S A Japan 1 Cr
11. TM d7 turn the EB2 and set modes 65 SLO Rm shift register left and moving 66 SL1 Rm 67 SRO Rm shift register and moving 68 SR1 Rm i 69 SUB A Rm subtraction 70 SUB Wn d 71 SUBS A Rm SUB and store 72 SUBS Who d 73 XOR A Rm move the XOR result to Accumulator 74 XOR Wn d 75 XORS A Rm XOR and store 76 XORS Wh d Note Refer to Voice Smart Programmer s Guide pid321 for details of each instruction Specifications subject to change without notice contact your sales representatives for the most recent information 8 16 PID 262 08 97 O MOSEL VITELIC INC ee MSU3022 U3032 U3042 COB Information tee ee e THATUATOATOOTUATEOTHAEAIEILE e BULLE ELELLL LLL COB model number M9201 Chip bonded U30x2 COM3 2cm 1 0 COM2 an cs E LI i c1 BAK Legend c2 VSS3 HE Copper pad for X tal c3 c4 Copper pad for LCD Copper pad l Copper pad for LCD i o Through hole Through hole Alignment hole for Jig Specifications subject to change without notice contact your sales representatives for the most recent information 9 16 PID 262 08 97 MOSEL VITELIC INC Preliminary MSU3022 U3032 U3042 COB Information II Signal Name amp Location Description COB model number M9201 Chip bonded either U30x2 Please refer previous page for legends
12. eation Road 7F 102 Section 3 Vitelic HKG ShenZhen 19 Dai Fu Street 3910 WBG Marive West 25F Science based Indus Park Ming Chung E Road Room 1315 Shenkan Bldg Taipo Industrial Estate North First Street 6 Nakase 2 chome Hsinchu 30077 Taipei 105 4 Shangbu central road Taipo N T San Jose Mihama ku Chiba shi Taiwan ROC Taiwan ROC ShenZhen city 518028 Hongkong CA 95134 1501 Chiba 261 7125 audio_reply mosel com tw P R China U S A Japan TEL 886 3 578 3344 FAX 886 3 579 2955 FAX 886 3 578 4732 TEL 886 2 2545 1213 FAX 886 2 2545 1214 Mdm 886 2 2545 1464 TEL 852 2665 4883 FAX 852 2664 2406 FAX 852 2770 8011 Mdm 852 2388 0244 TEL 86 755 322 9805 FAX 86 755 322 9806 Mdm 86 755 332 3995 http www moselvitelic com Specifications subject to change without notice contact your sales representatives for the most recent information TEL 1 408 433 6000 FAX 1 408 433 0952 TEL 81 43 299 6000 FAX 81 43 299 6555 13 16 PID 262 08 97 MOSEL VITELIC INC Preliminary MSU3022 03032 U3042 TO Attention Mosel Vitelic Inc 886 3 5772788 fax Sales amp Marketing Department Product Request Form We hereby request MVI to start preparing produce MSU3042 which is specified as below descriptions titled J as well as form A and form s B and form s C already read this data sheet pid 262 and understand MSU3042 completely and know how to specify to fit my require
13. ment The voice length limit is BOOOOh General Descriptions MSU3042 foes Sree filled by MVI only Chip Descriptions Customer Title No proceeding if empty Agent SampleRate 8KHz by 32768 Hz X tal Sales Hz Represen Who is MVI sales you contact Sound 8 bit PCM sound files Providing WAV sound files Output Buzzer F fr 1K Hz to DAT or equivalent Device Speaker 8 ohm 1 diam MVI Something special in written memo Other Others Working 2 5 V Code TRA program file name Voltage 3 0 V Providing EVA LOD file name 3 5 V 5 0 V to MVI HEX program file name 4 0 V 5 5 V HEX LCD file name 4 5 V 6 0 V Serviced EPROMs with data inside for M9018 Battery size D Required files to pro med into EPROM Power Battery size AA from U73061 OTP chip Source Battery size AAA MVI Confirm table Battery button cell Others Mains Other Phone Fax Company Name Signature Date Name Typed Position Title Department Section Hardcopy of cover page of U3032 U3022 PRF product request form are provided per request Specifications subject to change without notice contact your sales representatives for the most recent information 14 16
14. nery with LCD W talking home electronics with LCD H talking education kit with LCD MSM9068 Developing Card MSM9088 Program code emulation board MSM9018 120 Sound emulation board E either slow by 15 625 ms or fast by 224 14 us set time timer Micither fast system clock Fosc or slow system clock Fosc 2 E cither Rosc or 32768 Hz crystal to play voice MLCD display frequency 1 128 Hz 170 7 Hz 2 64Hz 85 3 Hz 3 32Hz 42 7Hz MILCD driver 1 static 2 1 2 bias 1 2 duty 3 1 2 bias 1 3 duty i Word Sentence Entry LCD alana Size EA ER EA ERES Gel E 1 1024 25x3 ani ee ete te 3 usoze seoooms ase 256 1024 asxs ves ves ves Specifications subject to change without notice contact your sales representatives for the most recent information 2 16 PID 262 08 97 MOSEL VITELIC INC oe MSU3022 U3032 U3042 Block Diagram COM1 2 3 LCD LCD Timer Decoder amp RAM Timing Register 6 bits Register 64x 4 ROM SEG1 25 Gen Decoder 1Kx 15 83 Register Reset to pertinent blocks ESRAS Circuit HIB 8 PHB 1x8 Vdd1 2 Vss1 2 3 V CUP1 2 Bowe hole chi Acc Circuit to whole chip Program BAK 1x4 Counter 10 bits Buffer2 Buffer VBZ INT Interrupt to pertinent blocks Stack Circuit 4x10 p P ROSC oa CAP on x1 Timming Generator to whole chip D Word amp Sentence Decoder VBZ INT Port M Port S Port P P
15. ort B Port A Light el Latch Latch Latch Latch Latch Latch B0000hx5 Port M Port S Port P Port B Port A Light Output Buffer Buffer Driver Driver Driver Driver Buffer 4 4 4 4 4 LGT V1V2 Cout Specifications subject to change without notice contact your sales representatives for the most recent information 3 16 PID 262 08 97 MOSEL VITELIC INC ee MSU3022 U3032 U3042 Signal Summary Signal symbal Active Functions Vdd1 Positive power supply for CPU function block Vreg Voltage regulator CUP1 2 Voltage doubler capacitor X1 Crystal Oscillator input 32768 Hz X2 Crystal Oscillator Output 32768 Hz COM1 Common plate for LCD panel SEG1 25 25 segment outputs for LCD panel COM3 2 Common plate for LCD panel BAK Negative power supply Vss1 2 BackUp negative power supply 4 S3 One way input port note 1 LGT Output port IOA1 4 Bidirectional Input output port RES System reset NC2 No connection NC3 No connection Vdd2 Positive supply for voice function block internally connected to pad Vdd1 Rosc Oscillator Resistor for voice function block VssV Negative power supply for voice signal Cout Audio signal current output Vout1 2 Audio signal voltage output 10B1 2 3 Bidirectional Input Output port NC1 No connection IOB4 Bidirectional Input
16. rry 30 JNZ d10 jump if non zero 31 JPK d10 jump on bit k value 32 JZ d10 jump if zero 33 LCD Lx Rm write number to LCD w zero 34 LCDB Lx Rm write number to LCD w blank 35 LCDP Lx Rm write pattern to LCD 36 MOV HI d8 move data to HIB 37 MOV PH d5 move data to port halt interrupt release byte 38 MOV Rm SR2 move ESR to register Rm 39 MOV Rm SR1 X 40 MOV A Rm move data to Accumulator from Rm Specifications subject to change without notice contact your sales representatives for the most recent information 7 16 PID 262 08 97 D MOSEL VITELIC INC eveliminary MSU3022 U3032 U3042 Instruction Set Summary Continued Syntax Description 41 MOV Rm A move data from Accumulator to Rm 42 MOV Wn Rm move Rm to Accumulator and Wn 43 MOV CF Rm move data from Rm3 to Carry flag 44 MOV RM d move data to Accumulator from Rm 45 MOV Rm Wn 46 MOV ALM 00h actviate a sentence out of 256 47 MOV TM d6 move data to timer and start 48 MOV Rm CF move data from Carry flag 49 MOV IC d4 move data to inerrupt control byte 50 NOP no operation 51 OR A Rm move the OR result to Accumulator 52 OR Wn d 53 ORS A Rm OR and store 54 ORS Wn d 55 OUT PA Rm output from Rm and setting 56 OUT PB Rm i 57 OUT PP Rm output data to port P 58 OUTS Rm d output data to port P serially 59 RET return from subroutine 60 SBC A Rm subtraction with Carry 61 SBC Wn d 62 SBCS A Rm SBC and store 63 SBCS Who d 64 SE
17. zzer directly The piezo buzzer used should have its resonant frequency at the center of your sound frequency domain or you are unable to play you sound good by this buzzer For instance you have your sound spans over frequency from 100 Hz through 1 KHz A buzzer with resonant frequency at 300 Hz will play this sound good A buzzer with resonant frequency at 1 KHz will distort the sound very much because that most of the energy of the playback sound is unable to be played by this buzzer When using precise sample rate these Vout 1 amp 2 do not work Terms to be available Absolute Maximum Rating vco s 0v vss Vss2 0 0V Vss3 0 0V 1 5V Symbol Rating Symbol Rating Vss1 1 2 1 8 Rosc Vss Vdd BAK 0 0 0 6 X2 Vreg Vdd 0 0 0 6 Vreg PWR ALM Vss Vdd CAP Vreg Vd EB2 Vss Vdd X1 Vreg Vdd P1 2 3 4 Vss3 Vdd S1 2 3 4 Vss Vdd SEG1 25 Vss3 Vdd M1 2 3 4 Vss Vdd COM1 2 3 Vss3 Vdd 1OA1 2 3 4 TGO 1 2 3 Vss Vdd CUP1 2 Vss3 Vdd 10B1 2 3 4 Vss Vdd Vout1 2 Vss Vdd VBZ INT Vss Vdd T operating 60 60 LJK lt lt lt lt lt RESET Vss Vdd Common Plate Usage T storage 55 125 Static COM1 V COM2 COM2 Alternating Frequency Operating Conditions A Ambient temperature under bias T Vdd Snpply voltage Typ Max Unit Condition 25
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MSU3022/U3032/U3042