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pin diagram of bf 494

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: select and LZ95D71M is used, set to H level. The polar ity of CBLK (pin 16), PBLK (pin 39), BF (pin 9 , device specification sheets before using any SHARP'S device SHARP BLOCK DIAGRAM SELs SELi BF VRI WHD , for color subcarrier in NTSC mode. The frequency of the signal is 1 /4 the CLKI (pin 27) SCi JU , mode. When the phase of SCi (pin 4) is 180 degree, the SC2 JIT Subcarrier output 2 phase of , . A grounding pin. An output pin for wide Horizontal drive pulse. The pulse width is equal to that of -
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BF 987 equivalent LZ95D52/M LZ95D42/M LZ95D52 QFP044-P-1010 LZ95D52M QFP048-P-0707
Abstract: during the blanking period of BF (pin 9) otherwise, stays at H level._ TVM2 IC TV mode 2 Set to level , subcarrier. The frequency of the signal is 1/4 the 4FSC frequency (pin 43). The signal is reset by color , of SC,(pin 4) is 180 degree, the phase of SC3 is 90 degree in NTSC mode ; in PAL mode, the phase of , of PBLK (pin 39) and is the repetition of horizontal frequency. VRI ICSU Vertical reset An external reset signal input pin to reset the internal vertical counter. Set to H level in normal mode. BF Burst -
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LZ2112J SHARP COLOR TELEVISION IC 566 function generator melec h 540 sharp 21" color tv diagram ic 311 comparator LZ92E60 T-41-55 LZ2111J LZ212U LZ2122J
Abstract: mode: L level during the blanking period of BF (pin 9) otherwise, stays at H level. 11 tvm2 IC , . 4 sc! 0 Subcarrier output 1 An output pin for color subcarrier. The frequency of the signal is 1/4 , Subcarrier output 2 An output pin for color subcarrier. When the phase of SC,(pin 4) is 180 degree, the phase of SC2 is 90 degree in NTSC mode ; in PAL mode, the phase of SC2 is 90 degree when LSW (pin 14) is , . drive output An output pin for wide Hor. "drive pulse. The pulse width is equal to that of PBLK (pin 39 -
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LZ92E62 LZ93N25 LZ2121 LZ2121J LZ2124J RS-170 J51IHH1IHH103E1IHH1E1IH1
Abstract: TCD6220AF TCD5241BD, TCD5240D, TCD5251BD, TCD5250D TIMING PULSE GENERATING IC The CMOS LSI of , · Generation of ail timing pulses required to drive TCD5241BD, TCD5251BD, TCD5240D and TCD5250D. · Correspondence with electronic shutter from 1/50, 1 /6 0 s to 1/10000 s. · Generation of sampling pulses for the CDS signal processing. Generation of controlling pulse for the electronic shutter , TCD6220AF TC6220AF TCD6220AF BLOCK DIAGRAM ^ 7 2 5 0 00214?^ G IB 281 -
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DD214 I725Q G215D1 QFP64-P-1010 TCH725G Q021502
Abstract: PARAMETRIC RATINGS â'¢ INPUT CURRENT OF 100 nA AT 18V AND 25°C FOR HCC DEVICE â'¢ 100% TESTED FOR QUIESCENT CURRENT â'¢ MEETS ALL REQUIREMENTS OF JEDEC TENTATIVE STANDARD No. 13A, "STANDARD SPECIFICATIONS FOR DESCRIPTION OF "B" SERIES CMOS DEVICES" The HCC 4585B (extended temperature range) and HCF 4585B , designed for use in computer and logic applications that require the comparison of two 4-bit words. This , . Cascading these units for comparison of more than 4 bits is accomplished as shown in typical application -
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pin diagram of bf 494 transistor 4585 cmos
Abstract: Input I/O Power Supply Phase Comparator Output Of PAL PLL Ground (INTRENAL) DCP Chip Select Pin (Low , DIAGRAM Y C HEODN VEODN DOS DM CPM MATM (Detection Module) (Color , BF M - BUS SSA TGM (Timing Generation Module) BIM SIM (BUS Interface Module , KS7301B DIGITAL CAMERA PROCESSOR 81 86 91 96 101 106 116 111 BF FSC SPDAY , Y Y SPDAC LALT SYNC 120 PIN CONFIGURATION 80 76 71 66 61 56 Samsung Electronics
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510H CCD sim 160-QFP-2424 SADR00 SADR01 SADR02 SADR10 SADR11
Abstract: Phase Comparator Output Of PAL PLL Ground (INTRENAL) DCP Chip Select Pin (Low Active) Wait For Micom , Block TST1 TST0 SDATA LD DHD DYD DISRSTN FLD LSSE BLOCK DIAGRAM Y C , ) (Matrix Module) EM (Encoding Module) DIS SPDAC SPDAY FSC SYNC LALT BF M - BUS , KS7301B DIGITAL CAMERA PROCESSOR 81 86 91 96 101 106 116 111 BF FSC SPDAY , SPDAC LALT SYNC VSS Y 120 PIN CONFIGURATION 80 76 71 66 61 56 Samsung Electronics
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Micro camera 4 Pin CONNECTION DIAGRAM SCO-101 SSD controller IC digital camera processor 510H CCD sck 152 SADR12 SADR20 SADR21 SADR22 SADR30 SADR31
Abstract: 16), PBLK (pin 39), BF (pin 9) end WBLK (pin 42) change, and the phase of ENCP (pin 15) and HBLK , Single +5 V power supply . Package : 48-pin QFP(QFP048-P-0707) ~~~ I in tie abwnce of confImtIOn by , using any WARPS devhce" s~ U95D52/M BLOCK DIAGRAM SEL2 SELI BF VRI WHD GND , . An output pin for color subcarrier in NTSC mode. The frequency of the signal is 1/4 the CLKI (pin 27 , color subcarrier in NTSC mode. When the phase of SC I (pin 4) is 180 degree, the 5 SC2 o N Sharp
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48-PIN BCPZ 220-P-blk h5431 LZ95D71 U95D71
Abstract: pulse for clock of CCD delay line. The frequency of the signal is 1 /2 frequency of the OSCI. A test pin. Set open or to L level in the Nornial mode. A pulse to control pulse width of FR (pin 6). Connect to RWI (pin 4) pin through CR delay circuit. An input pin to control pulse width of FR. Falling edge of FR is defined by leading edge of input pulse. A test pin. Set open or to L level in the Normal mode , to 4>Hi of CCD. A grounding pin. Supply + 5 V power. A horizontal transfer pulse for CCD. Connect to -
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LZ95G71 QFP072-P-1010 72-PIN
Abstract: NO. SYMBOL I/O POLARITY PIN NAME FUNCTION 1 FCK o im Clock output for delay line A pulse for clock of , A test pin. Set open or to L level in the Normal mode. 3 RWO O uir Width of FR control output A pulse to control pulse width of FR (pin 6). Connect to RWI (pin 4) pin through CR delay circuit. 4 RWI IC - Width of FR control input An input pin to control pulse width of FR. Falling edge of FR is defined by leading edge of input pulse. 5 TST2 ICD - Test terminal 2 A test pin. Set open or to L level in -
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ic 3524 pin diagram l944 23SP2 19SESL
Abstract: the blanking period of BF (pin 9) otherwise, stays at H level._ A pin , color subcarrier. The frequency of the signal is 1/4 The 4FSC frequency (pin 43). The signal is reset by , subcarrier. When the phase of SC! (pin 4) is 180 degree, the phase of SC2 is 90 degree in NTSC mode; in PAL mode, the phase of SC, is 90 degree when LSW (pin 14) is Low and 270 degree when LSW is High._ A grounding pin. An output pin for wide Hor. drive pulse. The pulse width is equal to that of PBLX -
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lz93n LZ93N LZ93N19
Abstract: . SYMBOL I/O POLARITY PIN NAME FUNCTION 1 FCK o im Clock output for delay line A pulse for clock of CCD , test pin. Set open or to L level in the Normal mode. 3 RWO O uir Width of FR control output A pulse to control pulse width of FR (pin 6). Connect to RWI (pin 4) pin through CR delay circuit. 4 RWI IC - Width of FR control input An input pin to control pulse width of FR. Falling edge of FR is defined by leading edge of input pulse. 5 TST2 ICD - Test terminal 2 A test pin. Set open or to L level in the -
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2AX SMD LHi 906 LZ95 OBSOB10
Abstract: (M68 bus interface) 4.9 Connector Pin Assignment Fourteen of through holes are prepared for power , -6 System Block Diagram of this VFD Module 4.11 Outer Dimensions Fig-7 Outer Dimensions ^^^^^SDI , HB8BH (Unit:mm) 4.13 Pattern Details Fig-8 14-pin Through Hole Dimensions 4.94 6.15 11.09 , was Max 1ms) - Changed 4.10 System Block Diagram Page 3/18 Page 4/18 Page 6/18 Issued by 7yi/^ , compatible interface and mounting holes. (This VFD module is capable to communicate some different type of -
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Samsung VFD 16T202DA1E 16T202DA1 16t202da1e samsung VFD samsung VFD DISPLAY vfd 5x7 16T202DA1E
Abstract: Fig-5 Data read-out Timing Diagram (M68 bus interface) 4.9 Connector Pin Assignment No , short-circuited. (Refer to "Fig-6 System Block Diagram" on next page.) Signal 1 Fourteen of through holes , F2 Fig-6 System Block Diagram of this VFD Module 4.11 Outer Dimensions 85.0 +/-1.0 80.0 + , reset to 0. Check the BF status before the next write operation. At the same time, the value of the , mounting holes. (This VFD module is capable to communicate some different type of bus systems such as i80 Samsung SDI
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16T202DA1J vfd circuit single line diagram 16T202 vfd -driver
Abstract: enable pin (ENW). When ENW is asserted, data is written into the FIFO on the rising edge of the CKW , pin is con-nectedto the XI pin of the next device, and the XO pin of die last device should be connected to the XI pin of the first device. The FE pin of the first device is tied to Vss- Logic Block , synchronized to CKR. _ Cascaded - expansion out signal, connected to XI of next device. XI I Expansion-In Pin , and FL The XT pin is not a TTL input It is connected to either XO of the previous device or Vss. FC -
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CY7C455 CY7C446 CY7C456 CY7C447 CY7C457 CY7C445 11PROGRAMMING C445S CY7C445/ Y7C455 CY7C446/CY7C456 CY7C447/CY7C457 7C445
Abstract: Diagram The common emitter configuration shows the following advantages: â'¢ Higher gain because of , sensitive device, observe handling precaution! Type Marking Ordering Code Pin Configuration BFP , 69.8 67.5 57.7 49.4 31.7 0.003 0.007 0.0119 0.0179 0.0294 0.0324 0.0454 0.0581 0.0819 , 0.451 fA BF = 114.96 - NF = 1.1472 - VAF = 24.665 V IKF = 0.76939 , of the package equivalentcircuit, both leads are combined in one electrical connection. Extracted -
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siemens products transistor Q62702-F1721 SCT-595 100MH EHA07307
Abstract: device should be connected to the XI of the first device. In standalone mode, the input (XI) pin is , share the same pin. The Almost Empty/Full flag is Logic Block Diagram CKW ENW 1_J. ÃL input , apply for all inputs except XI and FC The XI pin is not a TTL input. It is connected to either XO of the , Timing Diagram!25- 30.33.3g. 39I COUNT 2030 [494] CKW ERW CKR ENR räfe HF E/F HIGH Write to , !25'30' 331 2030 (no change) [494] CY7C451 CY7C453 Write to Full Flag Timing Diagram with Free-Running -
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3 DG 1008 MRF 530 PEWI 70-MH 50-MH 300-M 20DMB 20LMB 30DMB
Abstract: enable pin (ENW). When ENW is asserted, data is written into the FIFO on the rising edge of the CKW , â  BF â  fsfems ckr err Pin Configurations PLCC/LCC Top View d0 d, d2 d3 dâ'ž d5 de Q , Diagram'25- 30> 33>38' 39I count 2030 [494] E/F high Write to Almost Full Timing Diagram with Free-Running , RAPE HF PIN INTERNAL LOGIC Figure 1. Flag Logic Diagram Flag Operation (continued) Since the flags , state. However, unlike the boundary flag latent cycle, the state of the enable pin (ENW in this case -
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54B4 2sa 1023 DLS4 PIN CONFIGURATION BF 494 14DMB 14LMB 30LMB 001547M 38-00125-E DD1S47S
Abstract: Width of FR control output A pulse to control pulse width of FR (pin 6). Connect to RWI (pin 4) pin through CR delay circuit 4 RWI IC - Width of FR control input An input pin to control pulse width of FR. Trailing edge of FR is defined by rising edge of input pulse. 5 TST2 ICD - Test terminal 2 A test pin. Set , transfer pulse for CCD. Connect to , . Connect to 4>H2 of CCD. 12 MIR ICU - Mirror mode select An input pin to select Mirror mode or Normal mode -
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LZ95G55 ccd cmos 84 13ll LZ2313B5 LZ2313 external VD 4TM39
Abstract: frequency of the OSCI. Test terminal 1 A test pin. Sat open w to L level in tie Normal mode. Width of FR N A pulse to control PUIW width of FR (pin 6). ~nnact control output to RWI (pin 4) pin through CR delay circuit. Width of FR control input 5 TST2 ICD - Test terminal , 10 Vcc 11 An input pin to control pulse width of FR, Falling edge of FR is defined by leading edge of input pulse. A test pin. Sat open w to L level in tie Normal mode. A reset pulse for Sharp
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QFP072-P-101 1C44 LHi 944 LHI pir PIR SENSOR 750 s SPI CCD Driver W730B
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