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CIR06LCFGG-18-12P-F80 ITT Interconnect Solutions Newark element14 20 $153.29 $123.72
CIR06LCFGG-18-12P-F80 ITT Interconnect Solutions Powell Electronics 13 $109.84 $90.17
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CIR06LCFGG-28-15P-F80 ITT Interconnect Solutions Newark element14 25 $215.38 $177.51
CIR06LCFGG-28-15P-F80 ITT Interconnect Solutions Powell Electronics 15 $169.06 $138.77
CIR06LCFGG-28-15P-F80 ITT Interconnect Solutions PEI Genesis 25 $173.56 $132.72
GTC06LCFGG28-16S Amphenol Corporation Powell Electronics 36 $190.21 $147.34
GTC06LCFGG28-16S Amphenol Corporation PEI Genesis 60 $195.02 $133.43
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GTC06LCFGG28-16S Amphenol Aerospace Farnell element14 0 £146.00 £121.00
HST5/16-832-1.375-AL-CF-G MISC. SPACERS/STANDOFFS/HANDLES Bisco Industries - -
M2112LCFG03 NKK Switches Allied Electronics & Automation 0 $8.59 $8.07
M2113LCFG03 NKK Switches Allied Electronics & Automation 0 $9.62 $9.04
M2123LCFG03 NKK Switches Allied Electronics & Automation 0 $14.41 $13.54
TCG075VGLCF-G00 KYOCERA Corporation Avnet - -

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Pinout panel lcd

Abstract:
Text: the GUI changes. move move move move move move move LCRA, LCFG.0 , LCFG.1 , LCFG.4 , LCFG.5 , LCFG.6 , LCFG.7 , move EIE0.7, #08FFh #0h #01h #01h #01h #01h #01h , sourced. move LCFG.0 , #1h : Display: ON With EIE0.7 disabled (comment move EIE0.7, #01h) and after executing the "move LCFG.0 , #1" statement, the GUI display will look like Figure 3. Figure 2 , ( LCFG ): Each bit setting and the GUI status is described below: Bit Settings GUI Changes DPE = 1


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PDF MAXQ20 MAXQ10 MAXQ20 com/an3913 AN3913, APP3913, Appnote3913, Pinout panel lcd AN3913 working of mux MAXQ3210 MAXQ2000 LCFG display lcd pinout APP3913
26c18

Abstract:
Text: ] $033 DMR R/W DMR[7] DMR[6] DMR[5] DMR[4] DMR[3] DMR[2] DMR[1] DMR[0] $039 LCFG R/W LCFG [7] LCFG [6] LCFG [5] LCFG [4] LCFG [3] LCFG [2] LCFG [1] LCFG [0] $03A LCTL R/W LPWR BLANK REV CTR[3] CTR[2] CTR[1


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PDF ST2100 timer/16-bit 128-level ST2101 A22/CSB0, Page18 2002-Jul-25 26c18 1103h 1185H MUX41 PCC5 ST2100 TABLE10-1
2002 - redux 204

Abstract:
Text: LRXLED EWTXLED EWRXLED ERRLED LCFG [4:0] EWCFG[4] EWCFG[3] EWCFG[2] EWCFG[1] EWCFG[0] LCFG , Descriptions Configuration Pins - Subscriber Interface Name QFP BGA Type Description No No LCFG [4:0] LAN Configuration These signals configure the Subscriber interface as shown below: LCFG Pins R10 I LCFG [2] 83 P11 I LCFG [1] 82 U10 I LCFG [0] 81 T11 I Flow , control in DCE mode I LCFG [3]* Autonegotiation 10/100 Mbps Half Duplex/ Full Duplex Flow


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PDF RS-120 to100 CS004 RS-120Q CS-029 RS-120F RS-120 redux 204 V54C365164VCT8PC LTXD e3 DC-DS-0120 mii to hdlc MD1811 MA10 LCFG DC-AN-0120-004
bt 1488

Abstract:
Text: DMR R/W DMR[7] DMR[6] DMR[5] DMR[4] DMR[3] DMR[2] DMR[1] DMR[0] $039 LCFG R/W LCFG [7] LCFG [6] LCFG [5] LCFG [4] LCFG [3] LCFG [2] LCFG [1] LCFG [0] $03A LCTL R/W LPWR BLANK REV CTR[3] CTR[2] CTR[1


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PDF ST2100 128-level timer/16-bit bt 1488 ST2101 1182h simple Thermister circuit pc 2561 OSC CMOS CLOCK 32.768K thermister 247 HA 1156 R OSCILLATOR 32.768K Data Sheet prbs noise generator
2012 - lcd 2 x 16 control ic

Abstract:
Text: CODEMMD/CS0 MMD/CS0 ROM CS 2 Q PE PL A PE PL LCFG LCFG I/O V2.0 11/11 06/11/08


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PDF ST2016 ST20P18 lcd 2 x 16 control ic st2064 Sitronix st2205 sitronix 0x0000-0x3FFF ST2016B ST20P18 ST2064B 65c02 ST26xx
ST2602

Abstract:
Text: . 18 9.1 LCFG Setting Difference of ST2600 Series , LCD-Shared I/O Basically functions LCFG and I/O configure LCDCK = 32KHz PSG volume maximum Vlcd , -bit ST2602B 9.1 LCFG Setting Difference of ST2600 Series ST2608/ST2608B CFGS[2~0] 00X 010 011 100 , sound: the PSGC = , When LCD is on: LCKR= , LCTR= , LFRA = LYMAX= , LPOW = LREG = , LCFG = When , determined by LCFG register. Here is the standard flow of configure I/O or segment, please follow up. Or


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PDF ST2602B ST2602 ST2602B IC 7017 Unit COUNTER 342PC 56X36 LCD driver 160x120 SEG55 ST26xx
0X07D

Abstract:
Text: LCFG = 0xF3; // Set up all segments as outputs, normal operation // mode, and enable display. while , MAXQ2000's internal registers directly from C, as shown above, with the registers LCRA, LCFG , LCD0, LCD1 , . void initLCD(void) { LCRA = 0x03E0; // Set LCD configuration LCFG = 0xF3; // Set up all segments , patterns used to drive the LCD segments. The LCFG register turns the LCD controller on and off, and


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PDF MAXQ2000, MAXQ2000 MAXQ2000 com/an3698 MAXQ2000: MAXQ2000-KIT: AN3698, APP3698, 0X07D APP3698 MAXQ2000-KIT MAXQ2000-RAX
spi lcd color 176 132

Abstract:
Text: . 18 9.1 LCFG Setting Difference of ST2600 series , Built-in LCD Driver Driving LCD with ext. driver Dedicated I/O LCD-Shared I/O Basically functions LCFG , 9.1 LCFG Setting Difference of ST2600 series ST2608 CFGS[2~0] 00X 010 011 100 101 110 111 , = , LFRA = LYMAX= , LPOW = LREG = , LCFG = When LVD is on: LVCTR = (WAIT0 or WAIT1) When power down , LCFG register. Here is the standard flow of configure I/O or segment, please follow up. Or programmer


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PDF ST2604B spi lcd color 176 132 160X160 160X160 display R Receiver 455k ST75XX
UD701

Abstract:
Text: ) < J - 'J-KW5csb»Ç. 2 m m J i i ± ( 0 t C 5 ? Ô t f , 7 * - 5 > 7 fê lcfg iïL , S J t ttS M


OCR Scan
PDF LD-701 LD-701 UD-701 LD-701YY UD701 701 ic ic 701 LCFG LD701YY
Sitronix Technology

Abstract:
Text: LREG = LCFG = When LCD is on: Register Value When LVD is on: LVCTR = When power down


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PDF ST2205U ST2205U-c 30ppm) cCR20 ST2205U Sitronix Technology Sitronix lcd driver
st2601

Abstract:
Text: . 18 9.1 LCFG Setting Difference of ST2600B series , LCFG Setting Difference of ST2600B series ST2608B CFGS[2~0] 00X 010 011 100 101 110 111 , , When LCD is on: LCKR= , LCTR= , LFRA = LYMAX= , LPOW = LREG = , LCFG = When LVD is on: LVCTR = , segment. And the configure is determined by LCFG register. Here is the standard flow of configure I/O or segment, please follow up. Or programmer will not configure I/O possibly. (1) Please configure LCFG first


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PDF ST2601B st2601 IC 7017 Unit COUNTER SEG55
7213 time base generator ic

Abstract:
Text: . 15 8.1 LCFG Setting Difference of ST260xx series IC , 30uA 12-bit Yes 18/37 ST2608B 8.1 LCFG Setting Difference of ST260xx series IC ST2608 , , When LCD is on: LCKR= , LCTR= , LFRA = ,LXMAX= LYMAX= , LPOW = LREG = , LCFG = When LVD is on , LCFG register. Here is the standard flow of configure I/O or segment, please follow up. Or programmer will not configure I/O possibly. (1) Please configure LCFG first!! (2) And then configure PCA/PCB/PCC


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PDF ST2608B 7213 time base generator ic LCFG ST2608B ST2608 ST8009x
2008 - tms320c6474zun

Abstract:
Text: ]->regs-> LCFG [1].LINK_CFG, AIF_LINK_CFG_TX_LINK_EN, ENABLED); //Set the Link Rate if (aCommoncfg[0].linkRate = CSL_AIF_LINK_RATE_1x){ CSL_FINST(hAifLink[0]->regs-> LCFG [1].LINK_CFG, AIF_LINK_CFG_LINK_RATE , -> LCFG [1].LINK_CFG, AIF_LINK_CFG_LINK_RATE, 2X); } else if (aCommoncfg[0].linkRate = CSL_AIF_LINK_RATE_4x) { CSL_FINST(hAifLink[0]->regs-> LCFG [1].LINK_CFG, AIF_LINK_CFG_LINK_RATE, 4X); } //Toggle the ENFTP bit


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PDF TMS320C6474 SPRZ283 tms320c6474zun SPRUG24 SPRZ283 C64X ddr ram repair DSA0020674 C6474 TMS320C6474 TMS320C6474 Silicon Errata 0x00000e21
2006 - LT3842

Abstract:
Text: LT3482EUD#TRPBF LT3482IUD#TRPBF LCFG LCFG 16-Lead (3mm × 3mm) Plastic QFN 16-Lead (3mm × 3mm) Plastic QFN


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PDF LT3482 LT3482 LT3461/LT3461A LT3465/LT3465A 3482fa LT3842 PDF PIN APD DIODE DESCRIPTION APD reverse bias stability 08051C104KAT PDF PIN APD OPTICAL DIODE DESCRIPTION GRM31MR71H105KA88B avalanche photodiode bias avalanche photodiode APD Current Monitor
2006 - LT3842

Abstract:
Text: LT3482EUD#TRPBF LT3482IUD#TRPBF LCFG LCFG 16-Lead (3mm × 3mm) Plastic QFN 16-Lead (3mm × 3mm) Plastic QFN


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PDF LT3482 LT3482 LT3461/LT3461A LT3465/LT3465A 3482f LT3842 LCFG GRM31MR71H474KA01B LT3482IUD#PBF GS -L 0.47uF Capacitor GRM2167U1H103JA01B 90V boost 08051C104KAT2A 06035C104KAT2A
2006 - LT3842

Abstract:
Text: LT3482IUD#PBF LT3482EUD#TRPBF LT3482IUD#TRPBF LCFG LCFG 16-Lead (3mm × 3mm) Plastic QFN 16


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PDF LT3482 280mA 650kHz 16-Lead LT3461/LT3461A LT3465/LT3465A 3482fa LT3842
AUTOMATIC FAN CONTROL ACCORDING TEMP

Abstract:
Text: power. Do all configuration changes at once LCFG_bit.PCF = 0x0F; LCFG_bit.OPM = 1; LCFG_bit.DPE = , temperature. void showTemp(int temp) { LCFG_bit.DPE = 0; // disable display. // Clear the display of , ); LCFG_bit.DPE = 1; // show the 10's place on the LCD // show the 1's place on the LCD // Enable display , display to static, which means that the display output never changes. LCFG is the LCD configuration , simple lines below, the LCD display is now active and ready to display. LCRA = 0x03E0; LCFG = 0xF3


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PDF MAXQ2000, MAXQ2000 MAXQ2000 DS18S20: DS1920: MAX1407: MAXQ2000: AN3620, AUTOMATIC FAN CONTROL ACCORDING TEMP AN3620 RL1005-5744-103-SA MAX1407 DS9094FS DS1920 DS18S20 APP3620 T2R01
2007 - efuse ROM

Abstract:
Text: : //Enable the Tx Link CSL_FINST(hAifLink[0]->regs-> LCFG [1].LINK_CFG, AIF_LINK_CFG_TX_LINK_EN, ENABLED , -> LCFG [1].LINK_CFG, AIF_LINK_CFG_LINK_RATE, 1X); } else if (aCommoncfg[0].linkRate = CSL_AIF_LINK_RATE_2x) { CSL_FINST(hAifLink[0]->regs-> LCFG [1].LINK_CFG, AIF_LINK_CFG_LINK_RATE, 2X); } else if (aCommoncfg[0].linkRate = CSL_AIF_LINK_RATE_4x) { CSL_FINST(hAifLink[0]->regs-> LCFG [1].LINK_CFG, AIF_LINK_CFG_LINK_RATE


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PDF TMS320TCI6487/8 SPRZ248D efuse ROM TMS320TCI6488ZUN C64X TMS320TCI6487 TMS320TCI6487ZUN
digital voltmeter

Abstract:
Text: mode for this board. LCRA = 0x1860; /* 1/4 duty, 32kHz clock, ground VADJ internally */ LCFG = 0x7F


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PDF MAXQ2010 MAXQ2010 16-Bit MAXQ2010-KIT com/an4716 AN4716, APP4716, Appnote4716, digital voltmeter load cell interface WITH ADC Photoresistor application note 5 way switch AN4716 APP4716
2007 - EIE11

Abstract:
Text: ] 0Dh REGISTER INDEX 06h LCRA T2V0 T2V2 A[13] 0Eh LCFG T2R0 T2R2 CKCN


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PDF MAXQ2000 132-SEGMENT 64kBytes) 16-BIT MAXQ2000 MAXQ2000. EIE11 120BH LCD10 LCD12 LCD15 PO65 SMD0.2
4Mbit eeprom

Abstract:
Text: completed in advance. 1. Users should set an LCFG register to x6h or x7h to enable external memory bus, and


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PDF ST2600 ST2600 ST2608" 4Mbit eeprom lcd cable 30 pins connector 40 pins 40 pin LCD connector 8Mbit eeprom INA18 ec cable connection connect cpu with lcd ST2608 lcd cable connector 40 pins 49 pin LCD connector Sitronix LCD common driver
2007 - lcd16*2

Abstract:
Text: Current ILCD Measured on DVDD pin; LCFG = 0xF7, LCRA = 0x1B20, LCDx = 0xFF; LCD pins are , LCFG RTRM 2h SBUF0 SBUF1 LCRA RCNT 3h T0CN T2CNB LCD0 CCN0 CCN1 4h , LCFG - PO2.7 PO2 T2R.8 - T2R.9 - T2R.10 - T2R.11 EIE1 T2R.12 - , SMD1 PR1 T2CNA T2CFG T2V T2C IRCN PD1 T2R EIE1 EIES1 PO2 LCFG REGISTER BIT 15 14


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PDF MAXQ3100 16-bit lcd16*2 LCD106 LCD3.5 LCD12 RS-232 to Optical converter LCD3.2 LCD162 LCD160 LCD16-7 LCD-107
KEYPAD SWITCH

Abstract:
Text: move move move move move move ret LCFG , #0F3h LCD0, LCD1, LCD2, LCD3, LCD4, #00h


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PDF MAXQ2000, MAXQ2000 MAXQ2000 MAXQ2000. com/an3414 MAXQ2000: AN3414, APP3414, Appnote3414, KEYPAD SWITCH keypad 4x4 assembly code datasheet keypad 4x4 keypad 4x4 7 segment display 4x4 matrix keypad and LCD KEYPAD SWITCH debounce 4x4 matrix keypad and diagram simple 4x4 matrix keypad and microcontroller 96BB2-006-F ic lc 3414
2005 - microcontroller 8051 seven segment display based alarm clock

Abstract:
Text: - - 0Dh - - T2R LCRA - - 0Eh - - T2C LCFG - - , LCFG - - - - DUTY1 DUTY0 FRM3 FRM2 FRM1 - - FRM0 LCCS LRIG , 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 LCFG 0 0 0 0


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PDF MAXQ3120 16-bit 16kWords MAXQ3120 microcontroller 8051 seven segment display based alarm clock MAXQ3120-FFN
2008 - Not Available

Abstract:
Text: — Exh — — LCFG T2R0 T2R2 — Fxh — — LCD16 T2C0 , LCCS LRIG LRA4 LRA3 LRA2 LRA1 LRA0 PCF3 LCFG PCF2 PCF1 PCF0 â


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PDF MAXQ2000 16-bit MAXQ2000 14MHz 20MHz 32kWords 16bit 11111b;
Supplyframe Tracking Pixel