ML610Q438/439 Reference Board
Contents
1. A B C D MN O r CO LO LO LO LO W Ww LW Wu Lu Lo Lo Lo a DO ii vo Wa ii OTNAQATHROTrAQODOTNOOGBcrrou 8 SESESESESESE333S 8 D gt Z SSSSZIZZIZZ GHAHH060000000000 minm ZI lt lt lt HLLLQnLLL TO iw O OJO miaa DAaV0vV60ooaaaabvB010o 900 01Po0O 09 0 00 0o Z m mim OD OD mN OD fe 109 O91 9 09109 09 OD 09109 NI NI 2 1A le a aa aaa III P45 ao Oo ZJ 2 1A 2 1A P20 HA P46 n AN SAN P22 oun MA co ko e t lo ia lo P40 mop 2 b16565 bsobs Joo o ko st m n le le 00 ko lon ANH lo 00 B w ko st lon 2 2A 2 3A O oo QoO 6 oo RA YPP 1 SES re TREE SS SEES SSO OO OGSGGGGGGG 5 60 Q Q ON LU LU LU LU MMM UD LU LULU LU pan 2 OO OO OO OO OO P30 ro 2 2A FE 109 VREF a SEEN SEG50 72 2 20 ron SEG50 5 110 Avss SEG49 1 2 20 Four gt SE2. A C D CNU1 CNU2 CNU3 HIF3FC 34DA 2 54DSA HIF3FC 34DA 2 54DSA HIF3FC 34DA 2 54DSA P03 nn 236 2 PAO 16 2 SEG20 3 2 P02 SAN 4736 3 PA1 1 1C 3 SEG21 73p 3 P01 73C 4 PA2 1 1C 4 SEG22 72D 4 POO on 3 4 PA3 ite 4 SEG23 moD 4 NMI CB 6 PA4 1 1C 8 SEG24 1 D 6 P20 mm PA5 SEG25 mme P21 mme a NC 4 SEG26 mmp 4 P22 CN gt 172B 9 1 10 NC a SEG27 n 172D 9 P40 01798 10 COMIS 1 1C 10 SEG28 72D 10 P41 ro 10 COM14 mig 19 SEG29 125p 1 1 3B NC 5 COM13 1710 12 SEG30 55 12 P42 TO 1 3B 13 COM12 1 3C 13 SEG31 TON 172D 13 1 1A 14 1 3C 14 1 2D 14 P44 ro SEG1 SEG33 CN gt 1 1A 15 1 3C 15 1 2D 15 P45 ro SEG2 SEG34 1 1A 16 1 3C 16 172D 16 P46 THA 17 SEG3 173C 11 SEG35 72D 17 P47 A DA 18 SEG4 1 3C 14 SEG36 72D 18 P31 9 72A 20 SEG6 1 3C 20 SEG38 AN 1 2D 20 P32 ro SEG7 SEG39 AND 1 2A 21 1 3C 21 1 2D 21 P33 Can SEG8 SEG40 AND 1 2A 22 1 3C 22 1 2D 22 P34 ro SEG9 SEG41 AND 1 28 23 1 36 23 1 2D 23 P35 ro gt SEG10 SEG42 171C 24 1 3C 24 1 2D 24 P07 Cum SEG11 SEG43 AND 1 1C 25 1 3C 25 1 2D 25 P06 Cour SEG12 SEG44 CN gt 1 10 26 1 3D 26 1 2D 26 P05 on SEG13 SEG45 Ano 27 1 3D 27 1 2D 27 NC 28 SEG14 173D 78 SEG46 CIN 7755 28 1 10 NC 59 SEG
3. No IRF ILO CO IT IO NM LO CO IROO 109 r IN 09 S Lo W NN ION ONIN ONION IONIC IN ICO 109 ICO 109 09 109 OD P42 ra A P43 Cam 2A 2 L ai C3 1UF ep LL PAPA A AP ER Dd ba ed Ba Da ba bd bod Da ad Da Da bod ba ba ba ba MN IRFIRINRNIN NINININININININININININININININININININININININ C10 1UF C11 1UF lt oO Nw ER 1 3 pee eo eee eee 26 eFokolotokotototrrindrintrdaninininforeronerere L 000000000000 A 0 A VL LU LU LU LI a BIAS lo a 5 O N 1 4 R10 le an P10 Tawo gt S C12 1UF Ril ii P11 ww 0 C13 1UF ie LAPIS Semiconductor Co Ltd lt e x TITLE ML610Q438 439 Reference Board a APPLICATION 5 ML610Q438 439 LEE QTS 11530 777 a DRAWN B SHEET y REV 1 of 2 1 0 A B C D
4. ML610Q4xx Reference Board TOP_VIEW LAPIS Semiconductor Co Ltd ML610Q4xx Reference Board Dimensional drawing
5. ML610Q438 439ReferenceBoard User s Manual 3 2 The user interface of ML610Q439ReferenceBoard Table2 shows the user interface of reference board which mounted ML610Q438 Table 2 CNU1 4 of ML610Q439ReferenceBoard in CNUI CNU2 CNU3 CNU4 PO3 EXI3 PAO SEG20 VDD PO02 EX12 PAI SEG21 VDD PO1 EXI1 PA2 SEG22 POO EXIO PA3 SEG23 M A4 SEG24 SEGS1 SEG52 SEG53 n Z BU O E oo n DD SEG23 SEGS2 soa SEG5 n e PAS pm po me s w sm sa cow _ VSS VSS VSS VSS VSS VSS VSS VSS ML610Q438 439ReferenceBoard User s Manual 4 Schematics and PCB dimensional drawing The this board schematics and the demensional drawing are shown as follows
6. Function 2 1 PWR Jumper a PWR This is a jumper which input power supply When supplying from uEASE PWR jumper is set to the UE side The ability to supply power of the uEASE is 3 3V 100mA When supplying from CNU4 1pin and CNU4 2pin PWR jumper is set to the USR side ML610Q438 Fig 2 The connection of PWR jumper Note 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 2 2 MODE Jumper b MODE This is a jumper which controls the ML610Q438 or ML610Q439 RESET_N pin lf you use the UEASE the MODE jumper is set to the UE side When it sets to the UE side a RESET N pin is controlled from uEASE Therefore it decomes impossible to control a RESET_N pin from CNU3 32pin CNUE RESET N ML610Q438 CNUS Fig 3 The connection of MODE jumper ML610Q438 439ReferenceBoard User s Manual 2 3 BIAS Jumper c BIAS This is jumper which chooses LCD bias When you use the 1 3 bias set BIAS jumper to the 1 3 side When you use the 1 4 bias set BIAS jumper to the 1 4 side 1uF luF ML610Q438 luF luF Fig 4 The connection of BIAS jumper ML610Q438 439ReferenceBoard User s Manual 2 4 When you use RC ADCO d RC_ADCO a Please cut each short pattern of R5 R6 R7 R8 and R9 that is on the back side of this
7. Semiconductor and other parties LAPIS Semiconductor shall bear no responsibility whatsoever for any dispute arising from the use of such technical information The Products specified in this document are intended to be used with general use electronic equipment or devices such as audio visual equipment office automation equipment communication devices electronic appliances and amusement devices The Products specified in this document are not designed to be radiation tolerant While LAPIS Semiconductor always makes efforts to enhance the quality and reliability of its Products a Product may fail or malfunction for a variety of reasons Please be sure to implement in your equipment using the Products safety measures to guard against the possibility of physical injury fire or any other damage caused in the event of the failure of any Product such as derating redundancy fire control and fail safe designs LAPIS Semiconductor shall bear no responsibility whatsoever for your use of any Product outside of the prescribed scope or not in accordance with the instruction manual The Products are not designed or manufactured to be used with any equipment device or system which requires an extremely high level of reliability the failure or malfunction of which may result in a direct threat to human life or create a risk of human injury such as a medical instrument transportation equipment aerospace machinery nuclear reactor controller fuel cont
8. board If each short pattern is not cut the RC ADCO converter may not have accurate conversion result under the influence of the noise Please be sure the cut each short pattern b Please mount parts on the each pad of the INO CSO RCTO RSO RTO and CVRO pads Refer to ML610Q438 ML610Q439 User s Manual for the parts to mount The example of processing is shown below 1RS1 a e on EP a i Cut Pattern m n oe BF Ju Fig 5 The example of processing of RC_ADCO ML610Q438 439ReferenceBoard User s Manual 2 5 When you use RC_ADC1 e RC_ADC1 a Please cut each short pattern of R1 R2 R3 and R4 that is on the back side of this board If each short pattern is not cut the RC ADC1 converter may not have accurate conversion result under the influence of the noise Please be sure the cut each short pattern b Please mount parts on the each pad of the IN1 CS1 RS1 RT1 and CVR1 pads Refer to ML610Q438 ML610Q439 User s Manual for the parts to mount The example of processing is shown below Cut Pattern gt ia RI9 y OHRA OnO R2 w A CE i CE a ala o k Mi Ca Fou gt Fig 6 The example of processing of RC_ADC1 ML610Q438 439ReferenceBoard User s Manual 2 6 When you use SA ADC f SA_ADC a The AVDD pin and VREF pin of this board are connected to AGND Please cut each short pattern of R12 and R13 and it separates from AGND b The suitable volt
9. 15 1 3D 29 SEG47 72D 29 P04 coum SEG16 SEG48 AND 30 1 3D 30 172D 30 1 4B NO zi SEG17 173D 31 SEG49 72D 31 P10 com 478 a SEG18 35 32 SEG50 LN gt a P11 com 3 SEG19 sa 33 34 34 34 GND GND GND DVDD CNU4 HIF3FC 34DA 2 54DSA 1 Re gt li CNUE VDD VDDL USR 2 USR SEG51 1 3 HIF3FC 14PA 2_54DSA 1 2B gt D SEG52 gt AD 5 RESET NOUT PO MODE ro T pwr SEG53 e VI ref 1 on gt SEG54 CN gt TAC 7 di 2 pa SEG55 a 3 1 2B COM23 SEG56 LN gt VPP 4 ee VPR uE gt uE CS COM22 SEG57 CN gt 110 SCLK 5 COM21 SEG58 LT 1710 Ti 6 COM20 SEG59 1578 4 7 1 3A COM19 SEG60 LN gt SDATA 8 wo TEST COM18 SEG61 LN gt LAG B VDDL 9 COM17 SEG62 Cmn gt 1 1C 15 10 COM16 SEG63 256 k ill como E14 18 12 COMI gt UVDD 0 13 COM N ae 19 14 GOM3 ni 19 com mose si COM5 1236 a kad COM6 EN gt 1 3C 23 COM7 roe a coms r 24 COM9 EN gt TC 76 COM10 r 26 ie COM11 a AVDD COUT 171B 29 VREF Cour 30 1 1C 31 AINO Cour AIN1 Cour 1 1C Sa 1A AVDD F 1 glo AINO 4 2 y LI 1 AINO C16 1UF JE R12 LAPIS Semiconductor Co Ltd Tann 1 AIN1 TITLE 6 VREF ANI ML610Q438 439 Reference Board VREF AGND O Oe APPLICATION o of R14 5 ML610Q438 439 e ANN R13 Ae DWG NO ee TIF AW ket GND QTS 530 DRAWN By SHEET REV AGND 2 of 2 1 0 A C D
10. G49 m VSS 111 00000000 SEG48 5 De Fou SEG48 TO P20 SEG47 LouT gt SEG47 p31 ro 2 2A GND flP21 SEG46 3 2 20 Fou SEG46 115 P40 SEG44 90 2 2G_ nn SEGA P41 SEG43 KOU SEG43 P34 ro 2 2A 117 pp SEG42 54 2 20 onn SEG42 RESET N ra 2 3B ng RESET N SEG41 63 sie ou SEG41 Di eue ZAZA 120 Pa Secs 8 2 20 Sues op 122 p49 SEG37 9 O E ee PEN 1231 P30 SEG36 3 RAG Cour SEG36 P33 an P31 SEG35 Fou SEG35 125 56 2 1C 125 63 ML610Q438 439 ne ea 127 P32 SEG33 54 2 1C Kou SEG33 128 P33 SEG32 53 2 1C KOU SEG32 P35 SEG31 COUT gt SEG31 129 52 2 1C 0 139 TEST LQFP144 SEG30 134 Ac ur SEG30 ZI 131 VDD 130 SEG29 50 2 1C Cour gt SEG29 132 VDDL SEG28 5 SAC gt SEG28 133 VSS 132 i SEG27 lag io Pr gt SEG27 a A 134 VDDX SEG26 145 Ac gt SEG26 P35 zo gt 2 2A Z 135 XTO SEG25 A6 2 1C Kou SEG25 SNC 135 SEG24 Fou SEG24 C4 0 1UF 136 x7i SEG23 49 2 10 Fou SEG23 TEST vo 2 3 13T P42 SEG22 44 2510 Cour SEG22 A 139 P43 SEG21 42 2 1C COUT gt SEG21 ap 2 2 140 VL1 SEG20 41 2 2B Kou SEG20 a a 1 141 YE ti 40 2 2B Ce Sa li 142 39 2 2B a VL4 SEG17 Four gt SEG17 la O DVDD re u 144 cp SEG16 7 2 2B ron SEGI6 5 clio 2 j D oO NFM Z Q oO omco LA T a 5 C6 O 0H T 000000001 A030 MID DIN I
11. LAPIS SEMICONDUCTOR FEBL610Q438 439RB 02 ML610Q438 439 Reference Board User s Manual Issue Date March 22 2011 ML610Q438 439ReferenceBoard User s Manual NOTICE No copying or reproduction of this document in part or in whole is permitted without the consent of LAPIS Semiconductor Co Ltd The content specified herein is subject to change for improvement without notice The content specified herein is for the purpose of introducing LAPIS Semiconductor s products hereinafter Products If you wish to use any such Product please be sure to refer to the specifications which can be obtained from LAPIS Semiconductor upon request Examples of application circuits circuit constants and any other information contained herein illustrate the standard usage and operations of the Products The peripheral conditions must be taken into account when designing circuits for mass production Great care was taken in ensuring the accuracy of the information specified in this document However should you incur any damage arising from any inaccuracy or misprint of such information LAPIS Semiconductor shall bear no responsibility for such damage The technical information specified herein is intended only to show the typical functions of and examples of application circuits for the Products LAPIS Semiconductor does not grant you explicitly or implicitly any license to use or exercise intellectual property or other rights held by LAPIS
12. age for AVDD input pad VREF input pad AGND input pad AINO input pad and AIN input pad is supplied Please mount noise decrease capacitor for AINO capacitor pad AIN1 capacitor pad and VREF capacitor pad if you need NOTE When you supply voltage to AVDD and VREF please be sure to cut the short pattern of R12 and R13 The example of processing of SA ADC is shown below Cut Pattern i EG se Cut Pattern AINO capacitor pad AIN1 capacitor pad VREF capacitor pad Fig 7 The example of processing of SA ADC ML610Q438 439ReferenceBoard User s Manual 2 7 When you use the high speed clock generation circuit g High speed clock Please mount parts on the each pad of the X2 C14 and C15 pads Please cut each short pattern of R10 and R11if you need The example of processing of the high speed clock generation circuit is shown below Cut Pattern E e a lamen Ses a E en ar REZ n mn uses Fig 8 The example of use the high speed clock generation circuit ML610Q438 439ReferenceBoard User s Manual 3 User Interface 3 1 The user interface of ML610Q438ReferenceBoard Table1 shows the user interface of reference board which mounted ML610Q438 Table 1 CNU1 4 of ML610Q438ReferenceBoard m CNU3 PAO SEG20 VDD PAI SEG21 VDD PA2 SEG22 SEGS1 CNO3 n SEC or RCE NMI PA4 SEGS3 EZ P20 PAS SEGS4 D po o sa o VSS VSS VSS VSS VSS VSS VSS VSS
13. ontroller The part name is labeled on the solder side of the board X1 C5 C6 32 768KHZ resonator and capacitors PWR Jumper for input power supply switch 3pin pin header and short pin MODE Jumper for RESET_N pin control switch 3pin pin header and short pin Embedded parts CNUE Connector for UEASE 14pin connector BIAS Jumper for bias circuit of LCD 3pin pin header and short pin C1 C4 C7 C13 C16 Capacitors for power supply and LCD bias generation circuit CNU1 to CNU4 Pads for peripheral board connectors 34pin x 4 2 54mm pitch INO CSO RCTO RSO RTO CVRO IN1 CS1 RS1 RT1 CVR1 Pads for mounting Pads for RC oscillation type ADC parts Monitor pads RCM RC oscillation monitor Operating voltage 1 1V to 3 6V This board is made on the assumption that it is used mounting in the user application board There is a possibility of short the circuit when using it on electroconductive 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 ML610Q438 439ReferenceBoard User s Manual 1 2 PCB outline drawing f SA ADC JE JI ON JE DS NE D EC ST Pau ae me oo QTU 11628 CNU2 g High speed clock c BIAS 1 AAA A A AAA A e pit S d RC_ADCO e RC_ADC1 Fig 1 PCB outline drawing ML610Q438 439ReferenceBoard User s Manual 2
14. roller or other safety device LAPIS Semiconductor shall bear no responsibility in any way for use of any of the Products for the above special purposes If a Product is intended to be used for any such special purpose please contact a ROHM sales representative before purchasing If you intend to export or ship overseas any Product or technology specified herein that may be controlled under the Foreign Exchange and the Foreign Trade Law you will be required to obtain a license or permit under the Law Copyright 2008 2011 LAPIS Semiconductor Co Ltd ML610Q438 439ReferenceBoard User s Manual Preface This manualdescribes the ML610Q438 439 Reference Board The following manuals are also available Read them as necessary m ML610Q438 ML610Q439 Users Manual Description on the ML610Q438 ML610Q439 m uEASE Users Manual Description on the on chip debug tool UEASE ML610Q438 439ReferenceBoard User s Manual 1 Overview 1 1 Features ML610Q438 439ReferenceBoard is a board for evaluating the function of ML610Q438 or ML610Q439 This board can connect the pin of ML610Q438 439 with a user application system it can perform the check of a system of operation easily By using the board with on chip debug emulator hereinafter referred to UEASE not only Software debugging but also writing Flash ROM in the devices are capable The hardware specification of this board is shown below Embedded U1 ML610Q438 or ML610Q439 microc
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