ML610Q359/ML610Q360 Reference Board User`s Manual
Contents
1. di SPVDD Bip tn PIN17 w0 FLASH o o CN1 PIN64 SPVSS zz n amp m P04 gt D 360 PRG ma NML CN10P es Scher e anos PIN7 P57 gt AT ont a 1 PIN5 1 5 2R00DAROSSORROLE 5 FUP RESET 2 PING aS 22 gt 045 nr Hr pud 3 PIN7 C13 aes B ANIA SINT o E B N 7 7 gt P60 5 18 a 292 322e 915 418 DVSS DVDD NML beh 360 PRG AVSS EN amp aaaaaaaezzzzzz y P61 7 PIN11 e duc E PIN34 P56 Mio bs 9 7h PIN33 IM PINS PVP vox 10 PIN14 mee uU NML DVSS PIN 64 1 CNSDCB2 DVSS CN14P d s 3 EU Z m um RESET N 2 a a a 3 XT S0 a SSS J 5 4 mo e K 2 ack d AVDD w E USR ale M VPP 10 i PINI T 3 En AUD EOM E vec SL I PWR X Ow e AS O 13 amp o B 2 e B CNUE PIN2 S 14 CN14P SYS nn aly WIESEN ayes 1 Nr 8 DVSs 2 B TESTIN PIN4 LAPIS SEMICONDUCTOR 1 6 7 TESTO PIN3 TITLE ML610Q359 360 Reference Board 1 4 10 AVSS APPLICATION 0 0155 6100 355 ML610Q 360 12 bE o UVDD DWG NO 13 iis QTS 11544 14 i mlo DRAWN By SHEET lof1 REV DD TH DVSS AVSS D C A 80 03 34 12 7 94 5 2m 81 28 33 02 4 3 6 SYS s 14 EN RESET SW O OO OO OO OO lt 2 T 2 n ojoo QTU 11643 o O Z 72 J O 00 N PWR SPIN LINE 529280 a m2. PAG Y m Y N Y PIN43 P47 29 Big Mee PINGS 12 AA x PINGS 13 PSl PIN4 lt ah DVSS PIN47 15 P22 u zo BG r2 EY 20 22g pnag 10 pi N B Iv FLASH PRG PIN49 17 2 R gt fo N al p A u PINS P63 O 4 PIN5 RESET N PL chee iw e m lo ZE E E 2 3 1 A A A A A AAA a a S o NM PIN52 ek FLASH PRG NML P20 PIN53 CN2 p21 E PIN54 d Gla PE e B 360 PRG CN16P P22 s PIN55 NEL m Ou Mo ie o fg 2 PIN17 pod Rol f a PIN19 E P PIN5 OMNHAONONTAMAHONY PIN20 1 ce o n 05 AVSS 5 s PIN22 8 p33 AOUT 49 z FE Avss 32 PINS 0 Q3 ee 2 4 T5 PIN63 P62 Qu 31 PIN31 8 P3 B PIN64 Du ADD 302 PIN30 al RESET SW PIN24 P35 14 PIN51 21 MI amp 59 PIN29 PUSHSW PIN25 9 p36 iss PIN52 22 ML610Q359 AIN1 nr F PIN26 10 37 251 20 28 PIN28 Fine M P m LINE 54 ML610Q 360 aa 27_ d 9 PIN28 12 ANO 5 P 26 PIN DVSS M 13 PIN55 55 P37 PIN20 e AIN WE y PIN56 tat 9 53 p 36 25 FINS PIN30 Wena DVSS 0045 rour tes 64PIN TQFP p35 21 BIS E 13 lo PINGS 5002 IC SOCKRET 33 22 PIN22 w eb FLASH PRG ee ac 501503 3 21 PIN21 n lt SPIN PNG 560 e SG Ul P3250 PIN20 gt w PING 61 OUT P3115g PIN19 M go G PIN62 62 P30 noj Mk ea ajl d eS mo 20118 PIN18 iu O PING 1 9
3. to G for the connection method of SDCB2 and the program verify method of the sound data to built in P2ROM external FLASH B The board hardware specifications Please refer to the reference schematics for detail on connections of each hardware parts U1 64pin IC socket for ML610Q359 ML610Q360 3pin pin header and a short pin J1 J8 The jumper for rewriting of Built in P2ROM External FLASH by CNSDCB2 3pin pin header and a short pin 8 pieces itting di P20 P22 Light emitting diodes CNUE Connector for on chip debug emulator 14pin connector CNSDCB2 Conector for Sound Device Control Board2 SDCB2 14pin connector C4 C7 C13 Capacitors for power supply 8 pieces C5 C6 Capacitors for XTAL 2pieces C14 Capcitors for reset of M24PE26 1piece XT 32 768kHz oscillator 1piece FLASH M25PE1 1piece C1 C3 Capacitors for SA ADC input voltage connection 3 pieces Pads for peripheral board connectors Pads for mounting 10pin x 1 16pin x 1 18pin x 1 14pin x 1 2 54mm pitch FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 C Parts layout CN3 ON1 PWR a 1 E 60 ITU TIE LET TRI a ET deal s Ir EPS P B W REH PPL an HOQ1230ONIDOPPITDS ITI EE i z m P20 P22 BSE i6 U m gt A m JJ LIU Pia hye Pea CN4 lt fig 1 Parts
4. FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 ML610Q359 ML610Q360 Reference Board User s Manual ML610Q359 ML610Q360 Reference board is prepared by LAPIS Semiconductor to have you study the operations of ML610Q359 ML610Q360 The board is arranged so that necessary components are mounted by you according to your purpose then only minimum necessary components are mounted on the board by LAPIS Semiconductor for brief use of ML610Q359 ML610Q360 By using the board with UEASE on chip debug emulator hereinafter referred to UEASE and free sample U8 Development Tools CD ROM which is bundled in the package of UEASE not only Software development debugging but also writing Flash ROM in the devices are capable This board also works in stand alone mode with external power suppy without UEASE Before starting works with this board read below carefully and understand notices A The board features Incorporates ML610Q359 ML610Q360 or 64pin IC Socket Supports flash ROM programming and on chip debugging using TESTO and TEST1 N pins High extendibility Through holes for your peripheral board are equipped with microcontroller pins The power supply used can be selected uEASE or peripheral board Prepared the pad to mount parts parts necessary for microcontroller operation The connector connectable to SDCB2 is carried The program of the sound data to built in P2ROM external FLASH is possible using SDCB2 Please refer
5. Ro H DE E E 3000 WH oe DA Ow C E ODE O4 BOR DOL CHE oH HE DC OD Y i OD X iH ON ok GO EH em dE d Aa mE DEN OOD OE EH PDH uw X me EON DUO UN FUE hh E gH E mn mA XE DD EA RAH E D E iO mE BLA DE H7 JW EE E me ag me PRE dU E Eri dede mu Dr dn mrk uer OW gis PIT gua dX ED adf ds DRE cci git gum px iT id E k fe few as J me 5 The message of Write Completed will be displayed if writing and verification are completed normally Speech LSI Utility Brite Carpio FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 3 2 Built in P2ROM 1 Set each jumper to the condition of Section 2 2 2 After starting Speech Utility click Board Controller in a Tools menu Board controller starts The following figure At this time check being displayed on Device A in the following figure as ML22 P 826 3 Click B button in the following figure and select the sound data of a S format or a BIN format 4 If Write C button in the following figure is clicked writing and verification will begin SDGB Controller gt ag La ij m Ork ii dp Oem zi o3 B 5 The message of Write Completed will be displayed if writing and verification are completed normally Speech L
6. SI Utility We te Completed 10 C DL B CN3 CN18P P IN33 1 P55 TSTO4 PIN34 2 pe M25PE16 PINS P36 TSTOS DVDD 2i di Hi PRG ks PIN38 6 R 1 8 ulol PIN39 7 gt S VCC e IN es PIN40 8 RST 6 o E PVDD PINdI 9 BAR Sal gai S ous 4 vss JE w NML PIN42 10
7. VT Soe ML610Q359 360 Reference Borad C gt gt 2 2 0 v1 14 fr J1 8 o SPVSS IOI SVVDD G ojo AOUT sa IO ojo P03 IO eir IC SOCKET P02 IO ojo P01 ojo 1 2 DVSS O P22 TIT id n M25EP16 NM OQ 1111 ANE TESTO2 P56 TSTO5 12 7 P20 P21 P22
8. layout gt D Jumper set up PWR AOUT jumper is set as follows sa E 2 S USR Use of user s power supply SYS Use of uEASE power supply AOUT SPIN Use of internal speaker amplifier LINE Use of external speaker amplifier Jumper Pin No J1 J8 jumpers shall be used by default status as follows Program Verify built in P2ROM Please refer to G for the connection method of SDCB2 and the program verify method of the sound data Jumper Pin No The condition of connection J2 i Short 2 and 3 Short 2 an f Short 1 and s Bo senem J7 Short 1 Short 1 and 2 8 2 and Short 2 and d d FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 Read built in P2ROM data by MCU UEM Pin No The condition of connection Program Verify external FLASH Please refer to G for the connection method of SDCB2 and the program verify method of the sound data Jumper Pin No The condition of connection J1 S 2 _ S 3 Please write data in external FLASH without setting a device to a socket Read external FLASH data by MCU Jumper Pin No The condition of connection J1 S 2 _ Oo 8B FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 E Notes on use 1 The information contained herein can change without notice owing to product and o
9. r technical improvements Before using the product please make sure that the information being referred to is up to date 2 Before using this board read carefully and understand the contents of the ML610Q359 ML610Q360 user s manual and the uEASE user s manual 3 The engineering sample of ML610Q359 ML610Q360 might be mounted on the board Therefore please confirm the characteristic finally by using MP of ML610Q359 ML610Q360 and customer s mass production boards 4 LAPIS Semiconductor will not provide any support for this board but the board can be exchanged with a new product only when it has an initial failure 5 Notes when the PWR jumper is set to USR side and the uEASE is connected Turn on the power supply of the peripheral board after starting the uEASE Moreover Stop the uEASE after turning off the power supply of the peripheral board 6 When the PWR jumper is set to the uE side the ability to supply power of the uEASE is 3 3v 100mA 7 Notes when the RESET N signal is prepared on the peripheral board side If you use the UEASE open or set DVDD level RESET signal pin CN1 1pin 8 There is a possibility of short the circuit when using it on electro conductive so that the board may have the pattern on the solder side Therefore please use the board on nonconductivity or put the protection parts on the solder side if necessary 9 When you use SA ADC Please mount noise decrease capacitor C1 C3 for AINO AIN2 if necessar
10. ws respectively In addition perform the change of a jumper after plug out a power cable and a USB cable 2 1 Case of external Flash writing 2 1 1 Reference board Jumper Pin No The condition of connection J1 S 2 _ N Please write data external Flash without setting a device a socket FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 2 1 2 Connection Board Jumper Pin No The condition of connection J1 2 2 Case of built in P2ROM writing only for ML610Q360 2 2 1 Reference board Jumper Pin No The condition of connection J1 1 B3 1 s 2 8 FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 2 2 2 Connection Board Jumper Pin No The condition of connection J1 3 FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 Writing by Board Controller 3 1 External Flash 1 Set each jumper to the condition of Section 2 1 2 After starting Speech Utility click Board Controller in a Tools menu Board controller starts The following figure At this time check being displayed on Device A in the following figure as ML22420 3 Click B button in the following figure and select the sound data of a S format or a BIN format 4 If Write C button in the following figure is clicked writing and verification will begin thon troller Pra Pores Bea pan i
11. y when you select the use of AINO AIN2 without using CN2 on the board Refer to fig 4 AVDD is wired with DVDD through R5 Please cut the short pattern of the R5 when you use AVDD as shown in the fig 3 AVSS is wired with DVSS through R6 Please cut the short pattern of the R6 when you use AVSS as shown in the fig 3 10 When you don t use light emitting diodes P20 P22 can drive direct to light emitting diodes P20 P22 are wired with light emitting diodes through J9 J11 Please cut the land of the J9 J11 when you don t use light emitting diodes as shown in the fig 2 11 The following parts are mounted on the board C4 C7 C11 CNUE CNSDCB2 R4 R7 P20 P22 XT RESET SW SPEAKER PWR AOUT U1 64pin IC socket 12 The following parts are not mounted on the board C1 C3 CN1 CN4 FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 Cut Land Cut Pattern fig 2 P20 P22 Light emitting diodes fig 3 AVDD AVSS fig 4 AINO AIN2 SA ADCO FEBL610Q359RB 01 LAPIS Semiconductor CO LTD Dec 2012 Rev 1 00 F The connection method of SDCB2 and the program verify method of the sound data 1 Connection of Board As shown in the following figure connect Reference Board Connection board and SDCB2 CN4 CNSDCB2 CN2 J1 J8 J11 J15 Heference Board Connection Board SDCB2 2 Connection of Jumper Connect the jumper of a reference board and a connection board as follo
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