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MB96F385RWA

Abstract: MB96F385RSA mb96380 MB96390 MB96F386RSB MB96V300 MB96384RSB SEG32 SEG33 lcd segment
Text: the segment enable for LCD segment 32 (LCDER4: SEG32 ) also influences the data output of the LCD , segment 32 is not enabled by writing `1' to LCDER4: SEG32 the data from the LCD Controller Display RAM for , SEG33 is always `0'. LCDER4: SEG33 LCDER4: SEG32 0 0 Port number Expected behaviour Actual behaviour (Bug) 1 GPP/Other resource P02_4/ SEG32 SEG32 Output SEG32 Output GPP/Other resource GPP/Other resource P02_4/ SEG32 GPP/Other resource GPP/Other resource SEG33


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PDF CI-300027-E-v10 16-BIT MB96370/MB96380/MB96390 16FXFL0044) SEG32 SEG33 MB96F385RWA MB96F385RSA mb96380 MB96390 MB96F386RSB MB96V300 MB96384RSB lcd segment
Not Available

Abstract: No abstract text available
Text: SSOP44 BLOCK DIAGRAM COM1 COM4 SEG1 SEG24 SEG25 SEG28 SEG29 SEG32 /P4 VDD VLCD , SEG4 NJU6532 • • -2SEG3 COM1 1 36 SEG32 /P4 OSC2 COM2 2 SEG31/P3 , SEG31/P3 SEG23 SEG24 SEG10 SEG9 VLCD SEG32 /P4 14 13 SEG20 SEG21 SEG22 SEG19 , , display is off. When SEG29(P1)~ SEG32 (P4) are selected as general purpose output ports, even if input â , general purpose ports, data can be outputted via these SEG32 /P4 ports during COM1 timing. According to


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PDF NJU6532 NJU6532 NJU6532FR3 NJU6532V 32outputs SSOP44: 28outputs) SEG10
NJU6533FG1

Abstract: NJU6533FA2 nju6533kq1 NJU6533FR3 QFP52-A2 vlcd lcsb SEG29 QFP64-G1 SEG161
Text: COM1 COM4 SEG1 SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 VDD VLCD , 1019 -1019 35 SEG31/P3 -837 1019 -1019 36 SEG32 /P4 -963 1019 -739 37 VLCD -1138 914 , SEG23 SEG22 SEG21 34 33 32 31 30 29 28 27 SEG31/P3 35 SEG32 /P4 , SEG31/P3 37 38 VLCD SEG30/P2 SEG32 /P4 35 34 33 QFN48-Q1 / LQFP48-R3 36 · , 43 42 41 NC SEG32 /P4 SEG31/P3 47 46 45 44 SEG30/P2 NC QFP64-G1 48 · 12


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PDF NJU6533 NJU6533C NJU6533KQ1 NJU6533FA2 NJU6533FG1 NJU6533FH2 NJU6533FR3 QFN48-Q1, NJU6533FG1 NJU6533FA2 nju6533kq1 NJU6533FR3 QFP52-A2 vlcd lcsb SEG29 QFP64-G1 SEG161
2005 - QFN48

Abstract: No abstract text available
Text: COM1 VDD VLCD V1 V2 VSS INHb OSC1 COM Drivers COM4 SEG1 SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 , -837 1019 -1019 36 SEG32 /P4 -963 1019 -739 37 VLCD -1138 914 -613 38 V1 -1138 790 -487 39 V2 -1138 557 , -2- Ver.2005-03-17 NJU6533 ! PIN CONFIGURATION · QFN48 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG22 SEG21 SEG28 SEG27 SEG26 SEG25 SEG24 SEG23 · QFP52 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 , SEG2 SEG3 SEG4 COM4 SEG5 SEG6 SEG7 SEG8 · QFP64 NC SEG32 /P4 SEG31/P3


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PDF NJU6533 NJU6533 NJU6533C NJU6533FA2 32outputs NJU6533F+ SEG32/P4 QFN48
2006 - Not Available

Abstract: No abstract text available
Text: COM Drivers COM4 SEG1 SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 Segment Drivers /General Purpose , 1019 -1019 33 SEG29/P1 -356 1019 -1019 34 SEG30/P2 -482 1019 -1019 35 SEG31/P3 -837 1019 -1019 36 SEG32 , .2006-09-25 NJU6533 PIN CONFIGURATION · QFN48 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG22 SEG21 SEG28 SEG27 SEG26 SEG25 SEG24 SEG23 · QFP52 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG28 SEG27 SEG26 SEG25 SEG24 SEG23 , SEG7 SEG8 · QFP64 NC SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG28 SEG27 SEG26


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PDF NJU6533 NJU6533 NJU6533C NJU6533FA2 32outputs NJU6533FG1 SEG32/P4
2013 - NJU6532

Abstract: No abstract text available
Text: SEG32 /P4 BLOCK DIAGRAM COM1 VDD VLCD V1 V2 VSS INHb OSC1 COM Drivers Segment Drivers /General , SEG6 SEG7 SEG8 OSC2 OSC1 VDD SCK SI CSb RSTb INHb VSS V2 V1 VLCD SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 23 , SEG5 SEG6 SEG7 SEG8 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG28 SEG27 SEG26 SEG25 SEG24 SEG23 , is "L", display is off. When SEG29(P1)~ SEG32 (P4) are selected as general purpose output ports, even , Register. 33~36 23~26 ~ When selected as general purpose ports, data can be outputted via these SEG32 /P4


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PDF NJU6532 NJU6532 NJU6532FR3 NJU6532V 32outputs SSOP44: 28outputs) SEG32/P4
QFP52-A2

Abstract: NJU6533 QFP64-G1 7 segment display p 521 ic NJU6533FG1 NJU6533FA2
Text: SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 VDD VLCD COM Drivers Segment , /P1 -356 1019 -1019 34 SEG30/P2 -482 1019 -1019 35 SEG31/P3 -837 1019 -1019 36 SEG32 /P4 , 647 48 OSC2 -1138 -971 Ver.2009-03-26 NJU6533 ! PIN CONFIGURATION N.C. SEG32 /P4 , 27 SEG31/P3 29 28 SEG32 /P4 · 35 34 33 SEG30/P2 QFN48-Q1 / LQFP48-R3 36 , SEG27 SEG26 SEG29/P1 SEG28 SEG30/P2 NC SEG32 /P4 SEG31/P3 47 46 45 44 43 42 41


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PDF NJU6533 NJU6533 NJU6533C NJU6533KQ1 NJU6533FA2 NJU6533FG1 NJU6533FH2 NJU6533FR3 QFP52-A2 QFP64-G1 7 segment display p 521 ic NJU6533FG1 NJU6533FA2
NJU6533F

Abstract: No abstract text available
Text: BLOCK DIAGRAM COM1 COM4 SEG1 SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 VDD , SEG31/P3 -837 1019 -1019 36 SEG32 /P4 -963 1019 -739 37 VLCD -1138 914 -613 38 V1 -1138 , SEG25 29 28 SEG31/P3 SEG26 30 36 SEG28 SEG27 SEG32 /P4 SEG29/P1 32 31 37 SEG30/P2 33 N.C. SEG31/P3 QFP52-A2 / LQFP52-H2 39 SEG32 /P4 35 34 • 38 , )~ SEG32 (P4) are selected as general purpose output ports, even if input “0” to INHb terminal, SEG29


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PDF NJU6533 NJU6533 NJU6533C NJU6533FA2 NJU6533KQ1 NJU6533FH2 NJU6533FR3 32outputs NJU6533F
2011 - NJU6533

Abstract: NJU6533 E SEG25-SEG32 NJU6533FA2
Text: VLCD V1 V2 VSS INHb OSC1 COM Drivers COM4 SEG1 SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 Segment , -837 1019 -1019 36 SEG32 /P4 -963 1019 -739 37 VLCD -1138 914 -613 38 V1 -1138 790 -487 39 V2 -1138 557 , -2- Ver.2011-09-17 NJU6533 PIN CONFIGURATION · QFN48-Q1 / LQFP48-R3 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG22 SEG21 SEG28 SEG27 SEG26 SEG25 SEG24 SEG23 · QFP52-A2 / LQFP52-H2 SEG32 /P4 , "H", display is ON, and when INHb is "L", display is off. When SEG29(P1)~ SEG32 (P4) are selected as


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PDF NJU6533 NJU6533 NJU6533C NJU6533KQ1 NJU6533FA2 32outputs NJU6533FH2 NJU6533FR3 NJU6533 E SEG25-SEG32 NJU6533FA2
2011 - NJU6532

Abstract: NJU6532V LQFP48-R3 NJU6532FR3 SSOP44 16 segment driver
Text: SSOP44 BLOCK DIAGRAM COM1 COM4 SEG1 SEG24 SEG25 SEG28 SEG29 SEG32 /P4 VDD VLCD , 19 SEG29/P1 SEG30/P2 SEG31/P3 SEG32 /P4 VLCD V1 V2 SEG7 SEG8 10 SEG3 , RSTb CSb SEG8 SEG7 SEG6 SEG1 COM4 · SEG5 SEG2 SEG32 /P4 SEG31/P3 SEG30/P2 , ON, and when INHb is "L", display is off. When SEG29(P1)~ SEG32 (P4) are selected as general purpose , . 33~36 23~26 ~ When selected as general purpose ports, data can be outputted via these SEG32 /P4


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PDF NJU6532 NJU6532 NJU6532FR3 NJU6532V 32outputs SSOP44: SEG32/P4 NJU6532V LQFP48-R3 NJU6532FR3 SSOP44 16 segment driver
2008 - Not Available

Abstract: No abstract text available
Text: COM1 VDD VLCD V1 V2 VSS INHb OSC1 COM Drivers COM4 SEG1 SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 , -837 1019 -1019 36 SEG32 /P4 -963 1019 -739 37 VLCD -1138 914 -613 38 V1 -1138 790 -487 39 V2 -1138 557 , -2- Ver.2008-02-25 NJU6533 ! PIN CONFIGURATION · QFN48 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG22 SEG21 SEG28 SEG27 SEG26 SEG25 SEG24 SEG23 · QFP52 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 , SEG2 SEG3 SEG4 COM4 SEG5 SEG6 SEG7 SEG8 · QFP64 NC SEG32 /P4 SEG31/P3


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PDF NJU6533 NJU6533 NJU6533C NJU6533FA2 32outputs NJU6533F+ SEG32/P4
2004 - NJU6533F

Abstract: NJU6533 QFN48 QFP64
Text: SEG1 SEG8 SEG9 SEG16 SEG17 SEG24 SEG25 SEG32 /P4 VDD VLCD COM Drivers , 34 SEG30/P2 -482 1019 -1019 35 SEG31/P3 -837 1019 -1019 36 SEG32 /P4 -963 1019 -739 37 , SEG25 SEG24 SEG23 SEG22 SEG21 32 31 30 29 28 27 26 25 SEG30/P2 SEG32 , 36 SEG24 SEG23 38 40 39 SEG29/P1 SEG28 SEG30/P2 NC SEG32 /P4 SEG31/P3 47 46 , off. When SEG29(P1)~ SEG32 (P4) are selected as general purpose output ports, even if input "0" to


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PDF NJU6533 NJU6533 NJU6533C NJU6533FG1 32outputs SEG32/P4 NJU6533F QFN48 QFP64
2012 - Not Available

Abstract: No abstract text available
Text: SEG29 SEG32 /P4 BLOCK DIAGRAM COM1 VDD VLCD V1 V2 VSS INHb OSC1 COM Drivers Segment Drivers , SEG4 SEG5 SEG6 SEG7 SEG8 OSC2 OSC1 VDD SCK SI CSb RSTb INHb VSS V2 V1 VLCD SEG32 /P4 SEG31/P3 SEG30/P2 , SEG4 SEG5 SEG6 SEG7 SEG8 SEG32 /P4 SEG31/P3 SEG30/P2 SEG29/P1 SEG28 SEG27 SEG26 SEG25 , is "H", display is ON, and when INHb is "L", display is off. When SEG29(P1)~ SEG32 (P4) are selected , outputted via these SEG32 /P4 ports during COM1 timing. According to transferred data, "H"=VDD or "L"=VSS


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PDF NJU6532 NJU6532FR3 NJU6532 NJU6532V 32outputs SSOP44: 28outputs) SEG32/P4
2010 - ML9477

Abstract: FJDL9477-01
Text: /20 FJDL9477-01 ML9477 SEG32 SEG1 DVDD 32-Dot Segment Driver Bias Reg. 32 , SEG15 SEG1 16 SEG32 SEG14 35 15 2 SEG13 COM1 14 LOAD SEG12 36 , ­0.8 V IO = ­10A DVDD=4.5V 2/3DVDD­0.8 2/3DVDD+0.8 V SEG1 IO = ±10A DVDD=4.5V SEG32 1 , FJDL9477-01 ML9477 SEG32 SEG1 C5 C4 C3 C2 C1 C0 D32 D31 D30 , FJDL9477-01 ML9477 COM1 1/4 duty LCD COM2 COM3 COM4 SEG1 SEG32 SEG1 SEG32


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PDF FJDL9477-01 ML9477 TQFP48-P-0707-0 SEG32 32-Dot 32-Ch 32-Bit ML9477 FJDL9477-01
2003 - 4 digit 7 segment lcd

Abstract: lcd connections 4-DIGIT 7-SEGMENT
Text: */ /* Initialize LCD RAM */ LPCR = 0x08; /* Static ,Select SEG32-SEG1 */ LCR /* LCD ON , SEG1 SEG1 SEG31 COM1 Note: * SEG8, SEG16, SEG24, SEG32 are not used. Figure 1.1 Example of , Vcc V1 V2 V3 VSS LCD RAM (16 bytes) SEG32 SEG31 SEG30 SEG29 SEG28 SEG27 SEG3 SEG2 , are pins used for driving LCD segments; all these pins are ( SEG32 to SEG1) multiplexed as port pins , SEG18 SEG17 area H'F743 SEG32 SEG31 SEG30 SEG29 SEG28 SEG27 SEG26 SEG25


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PDF H8/300L H8/38024 H8/38024 REJ06B0264-0100Z/Rev 4 digit 7 segment lcd lcd connections 4-DIGIT 7-SEGMENT
aah1

Abstract: at9 am NJU6437 NJU6437C IC AAH1 1/TDA 7665
Text: , inhäii, vin = vss 5 a SEG32äi :f-, lo= -1 ;u A vlcd-o. 6 v 5 ttS^i"L"l/Vj|)'lE(1 , SEG32 INH CE SCL DN Vdd Vsa NJU6437 ■padsühh í5)'tfl" : 4.0* X 1.5mm WW- : X=0/ím,Y=0jU.m WM â , -1146.5 579.0 16 SEGe 1253.5 579.0 41 SEG31 -1246.5 579.0 17 SEGy 1153.5 579.0 42 SEG32 -1346.5 579.0 18 , SEGi ~ SEG32 W'Wit&Si? 43—46 COMi ~ COM4 roß*«? MTWMSSm (\-\mwm iroK 5-fu" • W m" coif^lc^ U ST o , di d2 d3 d4 O O O O seg2 db de d7 d8 O O O O segsi d1 2 1 dl 22 dl 23 d1 2 4 O O O O seg32 d1 2


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PDF NJU6437 NJU6437( 128fef" NJU6437C 128fe9" SEG32 NJU6437 25umTYP. aah1 at9 am NJU6437C IC AAH1 1/TDA 7665
2003 - HD66100

Abstract: lcd HD66100 Segment 0420 f748 datasheet 16 segment LCD display
Text: data latch clock. It is multiplexed with SEG32. CL2 is a display data latch clock. It is multiplexed , V2 V3 V2 GND SHL VEE VSS H8/3867 series SEG32 /CL1 CL1 SEG31/CL2 CL2 SEG30/DO DI SEG29M M Y1 SEG1 LCD SEG32 COM1 COM1 COM2 COM2 COM3 COM3 , / controller/ driver function setting Common driver LPCR LCR SEG32 SEG31 SEG30 SEG29 , Segment Data in Driving SEG29 SEG30 SEG31 SEG32 SEG25 SEG26 SEG27 SEG28 SEG21


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PDF H8/300L H8/3867) H8/3867-series H8/3867 REJ06B0270-0100Z/Rev HD66100 lcd HD66100 Segment 0420 f748 datasheet 16 segment LCD display
2002 - st 95160

Abstract: btm 220 btm 330 c214 16x3-3 82VECTOR
Text: SEG30 56 34 PB3 SEG31 55 35 PB2 SEG32 54 53 52 51 50 49 47 46 45 44 43 42 41 , SEG31 SEG31 SEG31 $31F SEG32 SEG32 SEG32 SEG32 $380 SEG33 SEG33 SEG33 , SEG31 $33F SEG32 SEG32 SEG32 SEG32 $381 SEG33 SEG33 SEG33 SEG33 17 , SEG32 SEG32 SEG32 SEG32 $382 SEG33 SEG33 SEG33 SEG33 18 SH6616 LCD RAM , $37D SEG30 SEG30 SEG30 SEG30 $37E SEG31 SEG31 SEG31 SEG31 $37F SEG32


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PDF SH6616 SH6610C-based SH6610C 768KHz 500KHz SH6616H st 95160 btm 220 btm 330 c214 16x3-3 82VECTOR
NJU6437

Abstract: NJU6437C SEG22 SEG23
Text: – 7" wjim comi com4 segi seg32 INH CE SCL DN Vdd Vas î?tb trìdui 617 NJU6437 ■P ADIEME] WW- : Y=0m,1=0m , -1246.5 579.0 17 SEGt 1153.5 579.0 42 SEG32 -1346.5 579.0 18 SEGe 1053.5 579.0 43 COM: -1446.5 579.0 19 , 6 Vi 7 V2 8 V lcd ¡MW»*? 9 Vdd «K:Vd d=+3V 10 Vss GND:Vss=0V 11~42 SEGi ~ SEG32 43~46 COHi , j I segsi D121 di 22 dl 23 dl 24 O O 0 0 seg32 d1 25 pl26 u1 2 7 d1 2 8 O O 0 0 çjrç3 N J U 6 4 , - V s 7ir-Ajaaft«k fo CO*,~COM4, SEG,~ SEG32 45 — Hz CJRCT] -r J t west, i—> u I I K— 11


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PDF NJU6437 tf32K NJU6437C: seg32 30jum 50Atra 25umTYP. NJU6437 NJU6437C SEG22 SEG23
2000 - FJDL9210

Abstract: MSM9210 QFP64 SEG22 SEG23 msm92101
Text: OSC POR DIM IN DIM OUT SYNC IN1 SYNC IN2 GRID1 GRID2 GRID3 SEG32 SYNC OUT1 Timing , 36 SEG7 SEG32 8 35 SEG6 GRID1 9 34 SEG5 GRID2 10 33 SEG4 GRID3 11 32 , SEG30 7 42 SEG9 SEG31 8 41 SEG8 SEG32 9 40 SEG7 GRID1 10 39 SEG6 GRID2 11 38 SEG5 , Microcontroller GND R C GND SEG32 GRID1 M/S VDD VDD GRID2 GRID3 SYNC IN 2 SYNC OUT 2 , MSM9210 SEG1 (SLAVE) GND R C DUP/TRI SEG32 GRID1 M/S VDD GRID2 GRID3 SYNC IN 2


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PDF FJDL9210-04 MSM9210 MSM9210 MSM92101/21/3IC MSM9210/MSM9223 SEG1-22: SEG23-32: IOH-10 SEG1-32: FJDL9210 QFP64 SEG22 SEG23 msm92101
1998 - MSC1205

Abstract: MSC1205GS MSC1205RS QFP44
Text: SEG32 SEG31 SEG2 SEG1 GRID1 GRID2 V DD V SS DRIVER VOLTAGE REGULATOR 818V 32 bit , SEG 2 5 38 GRID2 SEG 3 6 37 GRID1 SEG 4 7 36 VDD SEG 5 8 35 SEG32 SEG 6 9 , LOAD I SEG1 SEG32 O (IOH-5.5mA, at VDD12V) (IOH-1.8mA,at VDD12V) VDD GRID1 , SEG1SEG32 4 5 35 SEG1 SEG32 SEG2 CPU 1 DATA 2 CLOCK 3 LOAD GRID1 37 GRID2 38


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PDF J2C0018-27-Y3 MSC1205 MSC1205 MSC12051/2BiCMOS64 MSC1205LOADDATACLOCK 8V18V5V 42DIP DIP42-P-600-2 44QFP QFP44-P-910-0 MSC1205GS MSC1205RS QFP44
2003 - REJ06B0265-0100Z

Abstract: No abstract text available
Text: */ LPCR = 0xC8; /* 1/4 Duty ,Select SEG32-SEG1 */ LCR /* LCD ON */ /* Interrupt Enable , VSS LCD RAM (16 bytes) SEG32 SEG31 SEG30 SEG29 SEG28 SEG27 SEG3 SEG2 SEG1 [Legend , LCD segments; all these pins are ( SEG32 to SEG1) multiplexed as port pins (setting is programmable). , SEG29 SEG29 H'F74F SEG32 SEG32 SEG32 SEG32 SEG31 SEG31 SEG31 SEG31 COM4 , , pins SEG32 to SEG1 function as ports. When SGX = 0, SGS3 = 0, SGS2 = 0, SGS1 = 0 and SGS0 = 1, pins


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PDF H8/300L H8/38024 H8/38024 REJ06B0265-0100Z/Rev REJ06B0265-0100Z
MSC1205GS

Abstract: MSC1205 MSC1205RS QFP44
Text: SEG32 SEG31 SEG2 SEG1 GRID1 GRID2 V DD V SS DRIVER VOLTAGE REGULATOR 818V 32 bit , SEG 2 5 38 GRID2 SEG 3 6 37 GRID1 SEG 4 7 36 VDD SEG 5 8 35 SEG32 SEG 6 9 , LOAD I SEG1 SEG32 O (IOH-5.5mA, at VDD12V) (IOH-1.8mA,at VDD12V) VDD GRID1 , SEG1SEG32 4 5 35 SEG1 SEG32 SEG2 CPU 1 DATA 2 CLOCK 3 LOAD GRID1 37 GRID2 38


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PDF J2C0018-27-Y3 MSC1205 MSC1205 MSC12051/2BiCMOS64 MSC1205LOADDATACLOCK 8V18V5V 42DIP DIP42-P-600-2 44QFP QFP44-P-910-0 MSC1205GS MSC1205RS QFP44
1998 - MSC1205

Abstract: dip42 VFD DIP42-P-600-2 MSC1205GS-2K MSC1205-RS QFP44-P-910-0 7 segment display 30 pin configuration clock
Text: for grid1 of SEG1. S2 : data for grid1 of SEG2. . . . S32 : data for grid1 of SEG32. S33 : data for grid2 of SEG1. . . . S64 : data for grid2 of SEG32. Notes: 1. Be sure to set the enable bit , ¡ Semiconductor MSC1205 BLOCK DIAGRAM SEG32 SEG31 SEG2 SEG1 GRID1 GRID2 VOLTAGE , 8 35 SEG32 SEG6 9 34 SEG31 SEG7 10 33 SEG30 SEG8 11 32 SEG29 SEG9 12 31 , 17 30 SEG31 NC 4 16 SEG6 SEG18 31 SEG32 15 3 SEG17 SEG5 14 32


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PDF E2C0018-27-Y3 MSC1205 32-Bit MSC1205 64-bit 10-bit QFP44-P-910-0 dip42 VFD DIP42-P-600-2 MSC1205GS-2K MSC1205-RS 7 segment display 30 pin configuration clock
2000 - C-22pF

Abstract: QFP64 SEG22 SEG23 FJDL9210 MSM9210 msm92101 QFP56
Text: OSC POR DIM IN DIM OUT SYNC IN1 SYNC IN2 GRID1 GRID2 GRID3 SEG32 SYNC OUT1 Timing , 36 SEG7 SEG32 8 35 SEG6 GRID1 9 34 SEG5 GRID2 10 33 SEG4 GRID3 11 32 , SEG30 7 42 SEG9 SEG31 8 41 SEG8 SEG32 9 40 SEG7 GRID1 10 39 SEG6 GRID2 11 38 SEG5 , Microcontroller GND R C GND SEG32 GRID1 M/S VDD VDD GRID2 GRID3 SYNC IN 2 SYNC OUT 2 , MSM9210 SEG1 (SLAVE) GND R C DUP/TRI SEG32 GRID1 M/S VDD GRID2 GRID3 SYNC IN 2


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PDF FJDL9210-04 MSM9210 MSM9210 MSM92101/21/3IC MSM9210/MSM9223 SEG1-22: SEG23-32: IOH-10 SEG1-32: C-22pF QFP64 SEG22 SEG23 FJDL9210 msm92101 QFP56
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