ML610Q178 Reference Board User`s Manual
Contents
1. A B c D VDD N PIN70 2 20 PIN50 2 28 e e e e e e e EIS AD our P93 LED7 PING9 a EE PIN49 2 2B cece SNe Zug COUT gt P92 LED6 PIN68 O re ea PIN48 BE E 2 2 2 2 2 2 2 2 INS SAD COUTO P91 LEDS PIN67 TA EER PIN47 E Ee 15 iS 15 iS 15 15 iS 15 out P90 LED4 PING6 Ce a PIN46 2 2B EE ei ei ei o ei ei e ge PINGS 2 20 PIN45 2 28 zz ps NS TIE OF BS gs Es FINA 2D our P23 LED3 PING4 Tame Shor pth PIN44 EE PIN3O 2 24 3 3 S E E S PIN83 2 1D vo gt PF1 SEG33 vo gt PC5 SEG13 our COMO x x x x x a our P22 LED2 PIN63 2 2C PIN43 2 2B PIN29 2 2A PIN82 2 1D our P21 LED PING2 2 1G 2 PFO SEG32 PIN42 2 28 VO PC4 SEGI2 PIN282. 19 PD1 SEG17 1 1D PIN49 49 PF6 SEG38 vo LI PING 69 P46 AING vo gt 1Z2A PIN99 99 PD2 SEG18 1 10 PIN70 70 1 24 PIN100100 NC 20 Baa Ceci 1 1D PIN50 50 PF7 SEG39 vo gt 1 90 EINO A P45 AIN5 lt 10 gt NC 21 RESET N LN NC 22 P40 SDA lt 0 WE ENJ a NC 23 P41 SCL 0 gt 7736 PIN74 74 NC 24 P42 RXDO ro gt 738 PIN75 75 DVSS NC 25 P43 TXDO vo gt 7788 hee NC 26 POO INTO IN ve PINT 77 1 3B PIN27 27 PO1 INT1 NM 11 com ame IE PIN28 28 PO2 INT2 N gt WE GT A OUT 1 38 PIN29 29 PO3 INT3 LN gt COMI Coura 1 35 PINZ9 22 NES ee PIN80 80 COMO our DVSS 0O UVDD lt VDD USR 2 ri Lo PWR D lt X So ue UE Gr VDD CNUE CN14P 1 2 3 1 4D 1 4B PIN23 9 e 5 1 3B PINIS o y e 7 1 3B PIN14 S E 1 48 1 4D PIN20 ie 12 13 ud 14 e o vss DVSS LAPIS Semiconductor Co Ltd TITLE ML610Q178 Reference Board APPLICATION ML610Q178 DWG NO QTS 11548 DRAWN By SHEET R 2 of 2 EV 1 00 A B D
3. 272A 0 COMI _ S S a ee PIN81 ER oa 2 10 VO gt PE7 SEG31 Si SE PC3 SEG11 Be SN COUTO COM2 043 Deia Denis Benz Gen Sien Ei Ana Si PIN80 2 2C lt 0 gt PE6 SEG30 o PC2 SEG10 CouT gt COM3 wA r uA Aro Yreopveon Der oye usa muy A lt N NMI PINGO 2 1C PIN40 2 1B yy e ye y Ya yy e y a yaa wa D PIN79 2 20 vo gt PE5 SEG29 vo gt PC1 SEG9 Se 3 3 B Bs SS be X PINA 2790 INC PO3 INT3 PIN59 DAG E EE PIN39 PNB ee Gey eee IN PO2 INT2 PIN58 2 1C PIN38 2 1B Si S N S PIN77 2 20 5 gt POt INT1 PIN57 2 10 UL PE3 SEG27 PIN37 2 18 gt SEG PIN13 2 2A O O G et O O O O PIN76 2 20 om PE2 SEG26 our SEG6 170 gt P36 LSCLK t Si a o 3 D E IN POO INTO PIN56 2 10 PIN36 2 1B PINT2 2 2A i A A A A F Si T PIN75 2 20 out PE1 SEG25 our SEG5 vO P35 PWM5 Bie E E E E E GE E S PIN74 2 20 0 P43 TXDO PINSS 2 10 our PEO SEG24 RINGS 2 1B our SEG4 RINIA 2 1A_ 70 P34 PWM4 Sek St St al Seck SS lt 2 l PIN73 2 20 U gt P42 RXDO PINGS 2 16 our PD7 SEG23 ems 2 1B our SEG3 E 2 1A P53 TXD1 Be our P41 SCL PIN53 2 1C PIN33 2 1B PINO 2 1A 5 e E E Ge a a C18 PIN72 2 20 om PD6 SEG22 om SEG2 o gt P52 SOUTI gt g SS g 3 2 q z 5 GC 2790 OUT P40 SDA PIN52 AG cas PIN32 EH PINS PHA icra Sg tered Z Z Z Z Z Z Z Z 2 2UF our RESET N PIN51 2 10 PIN31 2 1B PIN7 2 1A a a a a a a a a HOUT gt PD4 SEG20 _ouT gt SEGO Lo gt P50 SIN1 zz ZZZzzz ONIN IS lf fe IIR 10 ooo 0 3 0 1 JL JL LO LO LO LO LO LO LOD SSsSSsSSS SSS SS SSSssssssisssisisse daa
4. FEBL610Q178RB 01 LAPIS SEMICONDUCTOR CO LTD Dec 2012 Rev 1 00 ML6100178 Reference Board User s Manual ML610Q178 Reference board is prepared by LAPIS SEMICONDUCTOR to have you study the operations of ML610Q178 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 ML610Q178 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 1 The board features Incorporates ML610Q178 or 100pin 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 2 The board hardware specifications Please refer to the reference schematics for detail on connections of each hardware parts U1 U2 Mounting IC Socket ML610Q178 R1 R3 R4 R6 Mounting IC Sock
5. danada g 222 22244224 4224 4442 424224242 24 zzz zzzzzzzZzzzzzzzzzzzzzzzzzzzzz aiaia tiani aia iaiia ia EL 1 EL EL Ba ia OL OOO OOO ooo ooo aiaia iania ia iaiia ia ia 1 EL EL OL OL EL OL OOO OOO oOo oo oo SC EE HAZ ROR SHIIALSSALCeVANTS Zoon 03 LO tN Cal vc ao 81 TALE 163 63 63 63 63 63 3 3 3 63 6 Oy AAO 50 PIN5O PINS 8l p20 LEDo SSS See COUT OCU OOOO E E LO K 82 P21 LEDI eege EE EE EE pPpo sEG18 49 PINA9 PINS3 83 P21 LED1 SIE Gar FUESE SERLE PD2 SEG 8 yg PIN48 83 AAAA rous eist sf eoiedetz UNS 1 17 48 PIN48 PIN84 84 og GUDD a L uU U U u A U wu w o OAO 47 PIN47 84 P22 LED2 ad PE crea rw www nm o enen PDI SEGIT A7 PIN47 P23 LED3 d ee eCeeHESR PDO SEGI6 P23 LED3 CASAL AAAAAAA AAA PD0 SEGI6 85 Askoa 46 PINAG 85 vg 85 PO7 sEG15 46 PIN46 PIN86 36 499 85 45 PIN45 86 P90 LED4 PC6 SEG14 49 PIN45 PIN87 g7 P90 LEDA PC6 SEG14 44 PINAL 87 p91 LED5 PCO5 SEGI3 Ha PIN44 PIN88 88 P91 LEDS PC5 SEG13 3 pInag 88 599 LED6 PC4 SEG12 43 PIN43 PIN89 89 P92 LED6 PC4 SEG12 75 pInaa 89 42 PIN42 P93 LED7 IC SOCKET PC3 SEGI1 P93 LED7 10Q1 PC3 SEGI1 PIN9O 90 41 PIN41 AD AINI5 Pingo y PIN9O 90 567 AINI5 ML610Q178 Poo sEGI0 41 PINA1 PINO 91 P67 AIN15 PC2 SEGI0 H40 Binge P67 AIN15 lt wo gt 24ID_ el Ze PIN91 Na E eran 20 PINAO GEN 97 P66 AIN14 PC1 SEG9 45 Ge PIN92 ad ln G ac 39 PIN39 NOS 93 P65 AIN13 U2 PCO SEG8 e PIN93 9 P64 AIN12 seG7 99 PIN38 PIN94 gq P04 AIN12 SEG7 37 PIN37 2 1D 1 AINT4 5 PINg1 ZS 94 P63 AIN11 se
6. e 3 8 8 e 19 VDDL S g gt 0 22UF P45 AINS up 22200 Ce N so ad a b S R al ed Bl Sle S e O O N ki ER e Ke N N S A Si d A e z e L hn L ET 2 1A CR PINI SO a E EN See th P44 AIN4 eo o o gt Ge SE DVSS STI e 1 4D2 3A wu VPP DVSS DVSS ST 1 4B 2 3A rw VPP AIN3 lt lt 77 lt lt TTT P33 AIN3 OS mig e PIN2 X S DVSs el 2e S S DVSS Ze S S 5 X ei LAPIS Semiconductor Co Ltd O O Tl ka a d lt T lt T st st lt S he So e gt Doa Do la 2 1A AIN2 Z g y y A ae KR P32 AIN2 E elo EE PINS f Ta T z z gi X S X o ML610Q178 Reference Board z z E E e e Se LI ES ML610Q178 o kel o al P31 AIN Croo 2A elo Ze Eng O o O z Q Q 777 777 Q E W DWG NO gt gt DVSS DVSS S gt DVSS QTS 11548 2 1A AINO o o a a P30 AINO aan elo ote RINS PIN 100 1 DRAWN By SHEET Tato Ge O 1 00 A B c D A B D CN CNA Gar Ehe CN30P 1 CN20P 2 1 10 PIN51 51 1 3B PIN81 81 1 38 PINI 1 1 1D PIN31 31 PD4 SEG20 vo P20 LEDO oe Na E PIN2 2 EA 1 1D PIN32 32 PD5 SEG21 lt 70 Bak E z P21 LED1 o
7. e 27 PINS PIN95 os P63 AIN11 SEG6 36 PIN36 P66 AIN14 ve 21D al Ze PIN95 SENG SEGS 28 PIN36 Ae 06 P62 AIN1O SEGS E PIN96 96 P61 AIN9 SEG4 99 ENZ PIN97 97 DOT AND SEGA 734 PIN34 FINS7 97 560 AIN8 Es SEG3 9 BINSA PIN98 oe be n a SEGS 33 PIN33 LO ON 2 1D 1 ANIS 3 PINg2 BS 98 P47 AIN7 s2959 seS5zee0 785 SEG 99 PINS3 PIN99 g9 PAVAINT 2322232 2839859 233 SEG2 33 PIN32 P65 AIN13 Ee SS PINDA T1091P46 AIN6 442444 BOOKFFI Bea 2 sEG1 Un PIN100 100 E SE 2958 SEGI 3 PIN3I PIN100 10 COOC y SR S gt Sole oe ae Pain SAS SWS HASTE SOGS VQBo auiqnyazeee SEGO SEET 2 2D 1 AIN12 4 PIN93 oQoaaa gt aananaaAarFrFaAaASSSxKxKSS gt S gt gt S gt 0000 a P64 AIN12 1022 00 Oe DVSS RE DVSS Rer e PIN30 2 2D 1 AINTT 5 PIN94 al ke mo a SS elo PIN29 ssigseesieii5SSs PINOS P N a E ZZZ222222222222 PIN28 SIE EE a e E a a PIN27 ooaQooDo0OQ0 AAAA Aa PIN27 BE 2 2D 1 ANIO PIN95 Ka P62 AIN10 lt 10 gt A Ae O o 2 34 PIN14 a TESTO lt o gt 7573A PINT5 1UF Be TESTIN IN SCH o Cu Ce AIN9 EN a Z S P61 AIN9 lt vo gt 2 2D lo ZA PIN96 Z ER O 1UF S a gt E 1 o 09 1 P6o Ag cmoo D elo ole PING e a ce YER EN YT 0 22UF S Ve VREF 9 S E SZ VREFIN N gt 2 1A OC Now a Ges 2 2D 1 AN7 3 PIN98 ME IZ e P47 AIN7 Co gt AA e O Wis C15 ae 0 22UF VDD Ses AING SS SS 2 2D 1 AN6 gt PIN99 S P46 AIN6 lt o gt AA e o o 12 aon 2 al ay 1 4B 2 3A os rei TA ANS TI 9 3 1 4D 2 3A_ W VDDL v Tl 0 22UF
8. et Resistance for LCD external input voltage connection 3 pieces R7 R10 R11 R14 Resistance for light emitting diodes P20 P23 P90 P93 PP1 PP4 Mounting IC Socket Pads for LCD drive power supply PP2 PP3 PP5 PP6 Mounting IC Socket Land for P10 P11 terminal connection P20 P23 P90 P93 Light emitting diodes CNUE Connector for on chip debug emulator 14pin connector Embedded parts Pads PP7 PP14 Land for light emitting diodes for mounting AINO AIN15 Land for SA ADC terminal connection CN1 CN4 Pads for peripheral board connectors 30pinx2 20pinx2 2 54mm pitch Other useful pads VDD VSS UVDD VREF AINO AIN15 Operating voltage VDD 2 2V to 5 5V VREF 4 5V to 5 5V Board size 100 00 x 120 00 mm Pagel FEBL610Q178RB 01 LAPIS SEMICONDUCTOR CO LTD Dec 2012 Rev 1 00 3 Parts layout CN1 UVDD WP pate ge o deer Sr VSS gt 5 Bezeichk BE BERR XT_2 SEI ER XT_1 ce D 5 seed tt ni j C2 KREE ET SES RE RESE ur eae f f MURNAU 6 6 J PAA TN 7c a i i be Je J ALININ i kee TALIT i ape f OSC_1 sr y oh M W CNA P90 P93 VREF us pes O OK MULA c D A i f 1 USA L KAS LILIA d Y vV pa A de hs de U np P20 P23 CN oo lt fig 1 Parts layout gt PXXXXXXX 8210019 1 OOO ALLLALALLLALALAL Se bibles ci a E Py t00 CIN gt A De E LC RIIDE TELE d Ae El R12 C
9. mitting diodes through PP7 PP 14 Please cut the land of the PP7 PP14 when you don t use light emitting diodes as shown in the fig 5 13 When driving LCD The chip resistor of 2012 sizes can be mounted between VL3 to VDD PP1 to PP4 pad At the time of shipment since VDD and VL3 short circuit please mount a chip resistor in PP1 PP4 if needed Please refer to figure 6 VL3 14 When P10 P11 is used as general input ports P10 P11 can change and use a 8MHz oscillation terminal and a general input port terminal When you use it as a general input port terminal please remove an 8MHz oscillator and short circuit PP2 PP5 and PP3 PP6 respectively Please refer to figure 7 P10 P11 8MHz oscillator Page3 FEBL610Q178RB 01 LAPIS SEMICONDUCTOR CO LTD Dec 2012 Rev 1 00 lt fig 3 VREF SA ADC gt Cut Pattern 7 Please input directly after a cut from the hole of the side here o lt fig 4 AINO AIN15 SA ADC gt Cut LAND lt fig 5 Light emitting diodes gt Page4 FEBL610Q178RB 01 LAPIS SEMICONDUCTOR CO LTD Dec 2012 Rev 1 00 QuE Dt ge lt fig 6 VL3 gt Remove lt fig 7 P10 P11 8MHz oscillator gt 5 Reference schematics The reference circuit diagram of this reference board is shown after the following page Paged
10. nected 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 8 When the PWR jumper is set to the uE side the ability to supply power of the UEASE is 3 3v 100mA 9 Notes when the RESET_N signal is prepared on the peripheral board side If you use the uEASE open or set DVDD level RESET_N signal pin CN3_71pin When you control a RESET_N signal by the peripheral board add a jumper terminal etc to it and change into an open state 10 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 11 When you use SA ADC When you connect to AINO AIN15 on this board the target SA ADC input and you do not input into it by CN2 course please cut the pattern of AINO AIN15 if needed and input from the hole of the way near a device Please refer to figure 4 AINO AIN15 SA ADC VREF is connected with VDD by the jumper at the time of shipment When you input arbitrary voltage please change a VREF jumper to the USER side and input VREF voltage from 1_CN6 pin VREF_IN Please refer to figure 3 VREF SA ADC 12 When you don t use light emitting diodes P20 P23 P90 P93 can drive direct to light emitting diodes P20 P23 P90 P93 are wired with light e
11. oa aH dos a ps ES VIE ele Wel TE b nO d PPA it n b SESE o o e CrAIrgIr gi n lt fig 2 The device set direction gt Page2 FEBL610Q178RB 01 LAPIS SEMICONDUCTOR CO LTD Dec 2012 Rev 1 00 4 Notes on use 1 The information contained herein can change without notice owing to product and or 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 ML610Q178 user s manual and the uEASE user s manual 3 The engineering sample of ML610Q178 might be mounted on the board Therefore please confirm the characteristic finally by using MP of ML610Q178 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 When you set a device to a reference board please set where the power is turned off Moreover when a reference board is a IC socket please set not to mistake direction of a device The direction of 1 pin is the right upper part direction when a lid is opened Please refer to figure 2 about device set direction 6 When a power supply is inputted from the external please input between check pin UVDD VSS and set a PWR jumper to the USR side 7 Notes when the PWR jumper is set to USR side and the uEASE is con
12. urs 1035 DINOS E EE PIN3 3 Ge 1 1D PIN33 33 PD6 SEG22 10 gt 4 16 DINSA Za P22 LED2 Cour 7 38 Ss 83 EE PIN4 4 T 1 1D PIN34 34 PD7 SEG23 10 gt 4 16 Gm ES P23 LED3 our Ge P30 AINO vo gt 1 3B PINS 5 SEG4 1 1D PIN35 39 PE0 SEG24 o gt joe PIN56 56 1 3B PINSG 86 VREFIN nm 1 3B 6 SEG5 1 1D PIN36 36 PE1 SEG25 o gt joe PIN57 57 P90 LED4 OUT ag PIN87 87 KEE PINT 7 T 1 1D PIN37 37 PE2 SEG26 Lo Vu eg 2d P91 LEDS om A Gre a P51 SCK1 vo 1 38 PINS___8 SEG7 1 1D PIN38 38 PE3 SEG27 0 gt joe PIN59 59 P92 LED6 OUT 738 PIN89 89 P52 S0UT1 vo gt 1 38 PINS 9 PCO SEG8 1 1D PIN39 39 PE4 SEG28 o gt joe PINGO 60 P93 LED7 OUT 14775 q PIN90 90 P53 TXD1 _vo gt _1 3B PINIO 10 PC1 SEG9 1 1D PIN40 40 PE5 SEG29 o gt 778 PING1 61 P67 AIN1S 0 4 PIN91 91 P34 PWM4 lt zo gt 143B PINI1 11 PC2 SEGI0 1 1D PIN41 41 PE6 SEG30 o gt ue PING2 62 P66 AIN14 1707774 PIN92 92 P35 PWM5 lt zo gt 1 3B PIN12 12 PC3 SEG11 1 1D PIN42 42 PE7 SEG31 0 gt joe PIN63 63 P65 AIN13 10734 PIN93 93 P36 LSCLK lt o gt 1 3B PIN13 13 PC4 SEG12 1 1D PIN4S 43 PFO SEG32 o gt joe PIN64 64 P64 AIN12 HU u PIN94 94 NC 14 e 1 1D PIN44 44 PF1 SEG33 lt 0 1518 PING 64 P63 AIN11 vo 1224 PIN94 94 NC 15 a 1 1D PIN45 45 PF2 SEG34 Lo 1 10 os 65 P62 AIN10 vo A PING 95 gue ee 16 EE 1 1D PIN4G 46 PF3 SEG35 v0 gt 1 10 OT 66 P61 AINS Le L FINDS _96 EH 1 40 1 48 17 Ee 1 1D PIN47 47 PF4 SEG36 Lo 1 10 PINO Sl P6O AIN8 vo gt 1 4 PING 94 ER 18 1 1D PIN48 48 PF5 SEG37 TO P47 AIN7 TO
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