The Datasheet Archive

Top Results (6)

Part ECAD Model Manufacturer Description Datasheet Download Buy Part
BD9A600MUV BD9A600MUV ECAD Model ROHM Semiconductor 2.7V to 5.5V Input, 6A Integrated MOSFET, Single Synchronous Buck DC/DC Converter
BD9C601EFJ BD9C601EFJ ECAD Model ROHM Semiconductor 4.5V to 18V Input, 6.0A Integrated MOSFET 1ch Synchronous Buck DC/DC Converter
BD9P155MUF-C BD9P155MUF-C ECAD Model ROHM Semiconductor 3.5V to 40V Input, 5.5V Output, 1A Single 2.2MHz Buck DC/DC Converter For Automotive, VQFN20FV4040 Package
BD9C301FJ BD9C301FJ ECAD Model ROHM Semiconductor 4.5V to 18V Input, 3.0A Integrated MOSFET 1ch Synchronous Buck DC/DC Converter
BD9P255MUF-C BD9P255MUF-C ECAD Model ROHM Semiconductor 3.5V to 40V Input, 5.5V Output, 2A Single 2.2MHz Buck DC/DC Converter For Automotive, VQFN20FV4040 Package
BD9C401EFJ BD9C401EFJ ECAD Model ROHM Semiconductor 4.5V to 18V Input, 4.0A Integrated MOSFET 1ch Synchronous Buck DC/DC Converter

7411 3 INPUT AND gate Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
74573

Abstract: 74574 7486 XOR GATE 7486 full adder latch 74574 7408, 7404, 7486, 7432 7490 Decade Counter 74373 cmos dual s-r latch 2 bit magnitude comparator using 2 xor gates design a BCD counter using j-k flipflop
Text: ) Hex Inverter ( Open collector ) Hex Buffer Quad 2- Input AND Gate Triple 3-Input NAND Gate Triple 3-Input AND Gate Hex Inverter ( Schmitt trigger ) Dual 4- Input NAND Gate Dual 4- Input AND Gate Triple 3-Input , 74541 74573 3 of 12 Dual Regtriggerable Monostable Quad Bus Buffer Quad 2- Input NAND Gate ( Schmitt trigger ) 13- Input NAND Gate 3 to 8 Line Decoder 3 to 8 Line Decoder Dual 2 to 4 Line Decoder , Select Gate 14-Stage Ripple Counter 8-Stage Shift Register Divide by 8 Counter Triple 3-Input NAND


Original
PDF
7411 3 INPUT AND gate

Abstract: 7411 triple 3-input AND 9N11 N1010 7411-triple 3-input and gate 7411 3 INPUT OR gate ScansUX999
Text: FAIRCHILD TTL/SSI . 9N11/5411, 7411 TRIPLE 3-INPUT AND GATE LOGIC AND CONNECTION DIAGRAM SCHEMATIC DIAGRAM (EACH GATE ) DIP (TOP VIEW) REnrïïimEïïimRi FLAT PAK (TOP VIEW) Jo- £2. 14 QEEEEEnU Positive logic: Y = ABC U Il l\J 7 nnnnn m a u Ü Ü y j 1 2 3 4 5 6 7 Component values shown are typical , PARAMETER MIN. TYP. (Note 2) MAX. UNITS TEST CONDITIONS (Note 1) V|H Input HIGH Voltage 2.0 Volts Guaranteed Input HIGH Voltage V|L Input LOW Voltage 0,8 Volts Guaranteed Input LOW Voltage V0H Output


OCR Scan
PDF 9N11/5411, 9N11XM/5411XM 9N11XC/7411XC 400i2 7411 3 INPUT AND gate 7411 triple 3-input AND 9N11 N1010 7411-triple 3-input and gate 7411 3 INPUT OR gate ScansUX999
IC TTL 7432

Abstract: 74LS86 gate diagram 7411 3 INPUT AND gate IC 7432 7411 pin diagram 74LS266 IC 7486 74LS series logic gate symbols FL 9014 TTL 74126
Text: 4-2 Input — — — — 9S42 D25 4L,6B,9B 3 2-2-2-3 Input (Exp) — — — 54H/74H52 — D26 3I,6A , /74H55 — D33 3I,6A,9A 12 4-4 Input — 54LS/74LS55 — — — D34 3I.6A.9A Gate Expanders , Lü D18 54/ 7411 , 54H/74H11, 54S/74S11, 54LS/74LS11, 54S/74S15, 54LS/74LS15 Vcc El El El [il El FI , D0 Di D2 D3 CP Oo Qi Q2 03 lltlfltl 3 2 6 7 11 10 14 15 Vcc = Pin 16 GND = Pin 8 DIGITAL -TTL , /74LS398 4 5 7 6 14 15 17 16 loa Ila lob lib loc lie lod lid s CP Qa Qb Qc Od TTTTTTTT 2 3 9 a 12 13


OCR Scan
PDF 54H/74H08, 54S/74S08, 54LS/74LS08 54S/74S09, 54LS/74LS09 54H/74H21 54LS/74LS21 54S/74S32 54LS/74LS32 54H/74H11, IC TTL 7432 74LS86 gate diagram 7411 3 INPUT AND gate IC 7432 7411 pin diagram 74LS266 IC 7486 74LS series logic gate symbols FL 9014 TTL 74126
ALU IC 74181

Abstract: 74181 ic pin diagram DS 7409 7480 full adder 1 bit 74LS86 full adder IC 74181 7411 3 INPUT AND gate TTL 74ls83 pin diagram of 7411 logic diagram of 7432
Text: 4-2 Input — — — — 9S42 D25 4L,6B,9B 3 2-2-2-3 Input (Exp) — — — 54H/74H52 — D26 3I,6A , /74H55 — D33 3I,6A,9A 12 4-4 Input — 54LS/74LS55 — — — D34 3I.6A.9A Gate Expanders , Lü D18 54/ 7411 , 54H/74H11, 54S/74S11, 54LS/74LS11, 54S/74S15, 54LS/74LS15 Vcc El El El [il El FI , D0 Di D2 D3 CP Oo Qi Q2 03 lltlfltl 3 2 6 7 11 10 14 15 Vcc = Pin 16 GND = Pin 8 DIGITAL -TTL , /74LS398 4 5 7 6 14 15 17 16 loa Ila lob lib loc lie lod lid s CP Qa Qb Qc Od TTTTTTTT 2 3 9 a 12 13


OCR Scan
PDF 54H/74H08, 54S/74S08, 54LS/74LS08 54S/74S09, 54LS/74LS09 54H/74H21 54LS/74LS21 54S/74S32 54LS/74LS32 54H/74H11, ALU IC 74181 74181 ic pin diagram DS 7409 7480 full adder 1 bit 74LS86 full adder IC 74181 7411 3 INPUT AND gate TTL 74ls83 pin diagram of 7411 logic diagram of 7432
Not Available

Abstract: No abstract text available
Text: 2.35 Gate Drain ¿§:Via-Hole Thickness : 60 ±15 ju m TOSHIBA CHIP OTITTJNK of JSQP10-AS Unit in mm Thickness : 80 ±15 u m Gate Drain VDS=4.5 V IDS=150mA S12 S22 MAG. ANG. MAG. ANG , 7820 . 7838 . 7823 . 7742 . 7622 .7512 . 7411 . 7276 . 7088 . 6820 . 6495 . 6189 . 5960 . 5800 . 5639 . , -108. 97 -111. 98 -114. 30 -116. 14 -117. 94 -119. 62 -121. 85 -124. 46 -1 2 7 .4 5 -1 3 0 . 3 9 -13 3.51 , JS9P10-AS DRAWING OF M A TC H IN G NETWORK INPUT O UTPUT 00 00 ^ ^ ^ 0 ^ 0 0 0 0 0 0 0


OCR Scan
PDF JS9P10-AS 254mm
7408 CMOS

Abstract: TTL 7452 ttl 74183 LS 74141 7408, 7404, 7486, 7432 7404 7408 7432 TTL 74289 74106 CMOS 4017 series ttl 74395
Text: . Master chip consists of basic cell, i.e. 2 input NAND gate equivalently which is placed at regular , KG10000 SERIES SEMI-CUSTOM CMOS GATE ARRAY CMOS SILOCON GATE ARRAY The KG10000 Series is consists of silicon gate CMOS arrays whose interconnection are initially unspecified, therefore custom LSI , . SAMSUNG gate array design activity is performed on the computer aided design system which includes such , design rule check. • High performance oxide isolated silicon gate CMOS technology • Advanced single


OCR Scan
PDF KG10000 7408 CMOS TTL 7452 ttl 74183 LS 74141 7408, 7404, 7486, 7432 7404 7408 7432 TTL 74289 74106 CMOS 4017 series ttl 74395
Not Available

Abstract: No abstract text available
Text: -ei- Gate Drain ®:Via-Hole Thickness : 60±15 u m TOSHIBA CHIP OUTLINE of JS9P10-AS Unit in mm Thickness : 80 ±15 Gate D rain S -P aram eter S21 S il (GHz) MAG. ANG , 7812 . 7820 . 7838 . 7823 . 7742 . 7622 .7512 . 7411 . 7276 .7088 . 6820 . 6495 . 6189 . , T E C H NI C A L DATA DRAWING OF M A TC H IN G NE TWORK OUTPUT INPUT 0 0 0 0 0 .5 > P 0 , ) /\ I M loo SO Unit in n m Material for S u b s t r a t e : A l 20 3 ( e r = 9 . 7


OCR Scan
PDF JS9P10-AS 254mm
1996 - S12MEI

Abstract: E64380 S12ME1F BS415 BS7002 S12ME1 7411 3 input and gate ic
Text: *. Space distance : 5mm or more (S12ME1 ) 8mm or more (S12ME1F) 3 . Recognized by UL file No. E64380 Approved by BSI (BS415 : NO.7088, BS7002 : NO. 7411 ) 4. In compliance with International Standard for office and data processing equipment (IEC950) (ncxle nark . ~ -1.2*IJ3 ! 3 NC 0 3 7.62* Cathode F-7: Anode @ Gate 9.22*05 -7 m s A ~ - 1. ON-OFF operation for low power load 2, For triggering medium or high power" thyristor and triac 3 . Over voltage


Original
PDF s12MEl/s12MElF s12ME1/s12MElF S12ME1/S12MElFare S12ME11/S12MElFl S12MEl rDE0884 S12MEI S12ME1 S12ME1F) S12MEI E64380 S12ME1F BS415 BS7002 S12ME1 7411 3 input and gate ic
transistor 7412

Abstract: IC 7412 IC 7408 ti 7411 3 INPUT AND gate IC 7408 MAX7408 cd 7411 IC 7408 not gate X7408 ic 7408 4 st and
Text: } FRB3JBMCY RESPONSE 0 -20 -40 -60 -80 -100 \ \ 1 0 -20 \ V I 1 2 3 4 5 INPUT FRB3JBVJCY(H^ INPUT FREQJENCY(kHz) V -40 \ ( 3 4 5 -60 -80 -100 -120 -123 2 INPUTFFBXBSCY (kHz , + 3 V fo r MAX7412/MAX7415 Filter Output Offset Adjust Input . To adjust output offset, bias OS with , A X 7408/M A X 7411 /M A X 74 12 /M A X 7 4 15 's input im pedance is effectively that of a sw itche , 7408/M A X 7411 ) or +3V (M AX7412/M AX7415) supply. The d evices draw only 1.2mA of supply current and


OCR Scan
PDF AX7408/MAX7411/MAX7412/MAX7415 7408/M AX7412/M AX7415) 15kHz, MS001-XX HD-058AB transistor 7412 IC 7412 IC 7408 ti 7411 3 INPUT AND gate IC 7408 MAX7408 cd 7411 IC 7408 not gate X7408 ic 7408 4 st and
2010 - MTTF

Abstract: 60Ghz GaN amplifier 160W JESD22-A114 EGN26C160I2D
Text: V W oC oC RECOMMENDED OPERATING CONDITION Item DC Input Voltage Forward Gate Current Reverse Gate Current Channel Temperature Average Output Power Symbol VDS IGF IGR Tch Pave , Power and Drain Efficiency vs. Input Power VDS=50V IDS(DC)=600mA f=2.6GHz 56 100 Output Power vs , 2.55 2.60 2.65 2.70 2.75 22 24 26 28 30 32 34 36 38 40 42 Frequency [GHz] Input Power [dBm , Mar. 2010 Class A 3 EGN26C160I2D GaN-HEMT 160W High Voltage - High Power GaN-HEMT


Original
PDF EGN26C160I2D Gate-Sourc05 MTTF 60Ghz GaN amplifier 160W JESD22-A114 EGN26C160I2D
2010 - Not Available

Abstract: No abstract text available
Text: V W oC oC RECOMMENDED OPERATING CONDITION Item DC Input Voltage Forward Gate Current Reverse Gate Current Channel Temperature Average Output Power Symbol VDS IGF IGR Tch Pave , Power and Drain Efficiency vs. Input Power VDS=50V IDS(DC)=600mA f=2.6GHz 56 100 Output Power vs , Effciency [%] @class B 90 Output Power [dBm] 54 52 Output Power [dBm] 54 Input Power [dBm , Mar. 2010 Class A 3 EGN26C160I2D GaN-HEMT 160W High Voltage - High Power GaN-HEMT


Original
PDF EGN26C160I2D
IC 7402, 7404, 7408, 7432, 7400

Abstract: TTL IC 7405 7400 logic gate ic IC AND GATE 7408 ic 7400 logic symbol 7408 AND GATE fan in 9N01 IC 7400 nand gate 7408, 7404, 7486, 7432 IC 7404 hex inverter
Text: Open-Collector Output Quad 2- Input Positive NAND Gate (15 Volts) Triple 3-Input Positive NAND Gate Triple 3-Input , NOR Gate Triple 3-Input Positive NOR Gate Dual 4- Input Positive NOR Gate (with strobe) 9N27/7427 9N23 , Gate Quad 2- Input Positive AND Gate (Open Collector) Triple 3-Input Positive AND Gate Dual 4- Input Positive AND Gate 9N08/7408 9N09/7409 9N 11/ 7411 9N08/5408 9N09/5409 9N11/5411 OR GATES Quad 2- Input , 4-Wide 2- Input AND-OR-INVERT Gate Expandable 4-Wide 2-2 2-3- Input AND-OR-INVERT Gate Triple 3-Input


OCR Scan
PDF 9N00/7400 9N01/7401 9N03/7403 9N26/7426 9N10/7410 9N12/7412 9N20/7420 9N30/7430 9N00/5400 9N01/5401 IC 7402, 7404, 7408, 7432, 7400 TTL IC 7405 7400 logic gate ic IC AND GATE 7408 ic 7400 logic symbol 7408 AND GATE fan in 9N01 IC 7400 nand gate 7408, 7404, 7486, 7432 IC 7404 hex inverter
2008 - OTA5180A

Abstract: No abstract text available
Text: transistor gate signal for the boost converter Main boost regulator feedback input . Connect feedback , Pump Conditions VDD 2.25 2.5 3 V Input Leakage Current IL -1.0 - 1.0 , . 4 3 . ORDERING INFORMATION , . 16 7.4.11 R10: SYNC、DCLKPOL、CP3_FREQ、CP2_FREQ、CP1_FREQ , . 24 INPUT TIMING


Original
PDF OTA5180A 1440x544 480RGBx272 OTA5180A
2007 - UM 7106

Abstract: No abstract text available
Text: . TAmbient = +25°C 2. Device is biased at constant gate voltage, measured on wafer with Z0 = 50 3 , : PARAMETER Max Input Power Gate Voltage Drain Voltage Total Power Dissipation Gain Compression Thermal , pHEMT Technology Input Return Loss < -13dB Output Return Loss < -11dB Voltage Gain Control Production Datasheet v3.0 FUNCTIONAL SCHEMATIC: VG2 VDD RF Input RF Output GENERAL DESCRIPTION: The , Small Signal Gain Small Signal Gain Input Return Loss Output Return Loss Reverse Isolation Output Power


Original
PDF FMA3007 2-20GHZ -13dB -11dB FMA3007 22-A114. MIL-STD-1686 MILHDBK-263. UM 7106
2008 - 6795 561

Abstract: FMA3007
Text: SYMBOL ABSOLUTE MAXIMUM Max Input Power Pin +20dBm Gate Voltage VG1 -2V Drain , FUNCTIONAL SCHEMATIC: VG2 17 dBm Output Power 11 dB Gain pHEMT Technology Input Return Loss < -13dB Output Return Loss < -11dB Voltage Gain Control VDD RF Input RF Output VG1 GENERAL , SPECIFICATIONS: PARAMETER CONDITIONS 1, 2, 3 MIN TYP MAX UNITS Small Signal Gain 2-12GHz 9.5 10.5 11.5 dB Small Signal Gain 12-20GHz 9.5 11.5 12.5 dB Input


Original
PDF FMA3007 2-20GHZ -13dB -11dB FMA3007 2-20GHz 22-A114. MIL-STD-1686 MILHDBK-263. 6795 561
2004 - Not Available

Abstract: No abstract text available
Text: Isolation P-1(5V) P-1(4V) P-1(3V) Figure 2. Typical Return Loss ( Input and Output), Vd= 3 , 4, and 5V 30 , voltage range is 3 to 5.5V. A single DC gate supply connected to Vg will bias all gain stages. Muting can , · · · · · Wide frequency range: 20 - 47 GHz High gain: 20 dB 50 Input and Output High Power: @ 40 , has input and output matching circuitry for use in 50 environments. The AMMC-6345 also integrates a , Drain Supply Voltage Gate Supply Voltage Drain Supply Current Small-signal Gain Third Order Intercept


Original
PDF AMMC-6345
Sony CXA1191M

Abstract: philips ecg master replacement guide FZK101 YD 803 SGS FZK 101 Siemens CMC 707 am radio receiver philips ecg semiconductors master replacement guide CXA1191M ym2612 ecg semiconductors master replacement guide
Text: added-by: Carlos Tassara +-()-+ + INPUT | 1 28| - INPUT | 2 27| GAIN | 3 26| GAIN | 4 25| NC | 5 , Ground + Input - Input V- +-()-+ | 1 8| | 2 7| | 3 6| | 4 5| +-+ V+ Output Bal , .) NON-INVERTING INOUT B INVERTING INPUT B OUTPUT B +-()-+ | 1 14| | 2 13| | 3 12| | 4 11| | 5 10| | 6 , -4000 Dual 3-input NOR gates and inverter. 1A 1B 1C /1Y GND +-+ |1 +-+ 14| |2 13 , -4001 Quad 2- input NOR gates. 1A 1B /1Y /2Y 2A 2B GND +-+ |1 +-+ 14| |2 13| | 3


Original
PDF 0512d ------------------------------------0512d z86e04 Sony CXA1191M philips ecg master replacement guide FZK101 YD 803 SGS FZK 101 Siemens CMC 707 am radio receiver philips ecg semiconductors master replacement guide CXA1191M ym2612 ecg semiconductors master replacement guide
2005 - Not Available

Abstract: No abstract text available
Text: €™ proprietary 0.25um GaAs Enhancement-mode pHEMT process. • Fully matched, input and output All , specifications • Tape-and-Reel packaging option available • MSL- 3 and Lead-free • High MTTF for base , GND 13 5 RF_IN 12 11 10 9 GND 8 7 6 GND 3 14 NC 15 , gain block. Note: 1. Enhancement mode technology employs positive gate voltage, thereby eliminating the need of negative gate voltage associated with conventional depletion mode devices. Attention


Original
PDF ALM-31122 700MHz ALM-31122 22-lead AV02-1178EN
ARM pin configuration

Abstract: IC 7411 three input and
Text: Relay control output Output 2 3 4 5 6 Input Signal input Retrigger Retrigger Program OSC Hyst Vstab Program input RC-oscillator Hysteresis output Supply voltage 7.3 V 7 Input Retrigger 3 , Voltages and Load-Dump, Pins 3 and 4 Pin 3 (signal input ) and Pin 4 (retrigger input ) are pro tected , ), fig. 2, Pin 3 Signal input , Input current V3 = 2 V -I3 Threshold voltage ON V3 OFF I3 = 10 mA Internal , signal input , Pin 3 , e.g. from the Hall generator via terminal V. It is compared in the integrated


OCR Scan
PDF U690B U690B, D-74025 02-Dec-97 ARM pin configuration IC 7411 three input and
z-diode 533

Abstract: relay pin out diagram slip ring motor electrical power drawing 686 z-diode 5 pin relay u690b wiper motor 741 DIP8 ARM pin configuration
Text: DIP8 Pin Configuration Pin Symbol Function 1 GND Ground 2 Output Relay control output 3 Input , output 8 Vstab Supply voltage 7.3 V GND 1 Output 2 Input 3 Retrigger 4 Vstab Hyst ose Program , , Pins 3 and 4 Pin 3 (signal input ) and Pin 4 (retrigger input ) are protected against short interference , ), fig.l, Pin 3 Input current V3 = 2 V -I3 0.5 HA Threshold voltage ON OFF V3 2.1 1.6 2.3 1.8 V , information is applied to signal input , Pin 3 , e.g. from Hall generator via terminal Y. It is compared in the


OCR Scan
PDF u690b U690B, D-74025 28-Apr-97 z-diode 533 relay pin out diagram slip ring motor electrical power drawing 686 z-diode 5 pin relay u690b wiper motor 741 DIP8 ARM pin configuration
1995 - operation of wiper motor and relay

Abstract: 686 z-diode High voltage ignition coil driver C2694 z-diode 533 wiper motor speed ic 7411 wiper relay 727 z-diode 7411 3 INPUT AND gate
Text: 180 kW 2 Debouncing L Water pump R6 1 kW 130 kW R3 Signal 3 input C5 1 nF 5 , 1 8 Vstab Output 2 7 Hyst Input 3 6 OSC Retrigger 4 5 , voltages and load dump, Pins 3 and 4 Pin 3 (signal input ) and Pin 4 (Retrigger input ) are protected , drift of r5 TC Switching threshold voltage V5 Signal input , R3 = 1 kW (min), fig.1, Pin 3 Input , is applied to signal input , Pin 3 , e.g. from Hall generator via terminal V. U690B 1 4 R3


Original
PDF U690B U690B, D-74025 operation of wiper motor and relay 686 z-diode High voltage ignition coil driver C2694 z-diode 533 wiper motor speed ic 7411 wiper relay 727 z-diode 7411 3 INPUT AND gate
1997 - slip ring motor electrical power drawing

Abstract: z-diode 533 u690b r2kr operation of wiper motor and relay pin diagram of 7411 tp 300 ignition module
Text: Package DIP8 Remarks Pin Configuration Pin 1 2 3 4 5 6 7 8 Symbol GND Output Input , 2 7 Hyst Input 3 6 OSC Retrigger 4 5 Program 94 9328 Figure 1 , 2 Debouncing 130 kW L Water pump R6 1 kW R3 Signal 3 input C5 1 nF 5 , connected at terminal 53, as shown in figure 1. Pin 3 (signal input ) and Pin 4 (retrigger input ) are , Switching threshold voltage V5 Signal input , R3 = 1 kW (min), fig. 2, Pin 3 Input current V3 = 2 V ­


Original
PDF U690B U690B, D-74025 02-Dec-97 slip ring motor electrical power drawing z-diode 533 u690b r2kr operation of wiper motor and relay pin diagram of 7411 tp 300 ignition module
z-diode 533

Abstract: 686 z-diode ic 741 comparator signal generator slip ring motor electrical power drawing DATASHEET OF 8 pin DIP IC 741 Telefunken u 237 wiper motor 5 pin relay configuration ic 741 comparator NF 948
Text: Package DIP8 Remarks Pin Configuration Pin 1 2 3 4 5 6 7 8 Symbol GND Output Input , 2 7 Hyst Input 3 6 OSC Retrigger 4 5 Program 94 9328 Figure 4 , 2 Debouncing 130 kW L Water pump R6 1 kW R3 Signal 3 input C5 1 nF 5 , connected at terminal 53, as shown in figure 1. Pin 3 (signal input ) and Pin 4 (retrigger input ) are , Switching threshold voltage V5 Signal input , R3 = 1 kW (min), fig.1, Pin 3 Input current V3 = 2 V ­ I3


Original
PDF U690B U690B, D-74025 13-Jan-97 z-diode 533 686 z-diode ic 741 comparator signal generator slip ring motor electrical power drawing DATASHEET OF 8 pin DIP IC 741 Telefunken u 237 wiper motor 5 pin relay configuration ic 741 comparator NF 948
1997 - z-diode 533

Abstract: 727 z-diode wiper motor ic 741 DIP8 Telefunken u 237 U690B IGNITION CONTROL MODULE water pump
Text: Package DIP8 Remarks Pin Configuration Pin 1 2 3 4 5 6 7 8 Symbol GND Output Input , 2 7 Hyst Input 3 6 OSC Retrigger 4 5 Program 94 9328 Figure 4 , comparator R4 180 kW 2 Debouncing 130 kW L Water pump R6 1 kW R3 Signal 3 input C5 1 , 53, as shown in figure 1. Pin 3 (signal input ) and Pin 4 (retrigger input ) are protected against , Switching threshold voltage V5 Signal input , R3 = 1 kW (min), fig.1, Pin 3 Input current V3 = 2 V ­ I3


Original
PDF U690B U690B, D-74025 28-Apr-97 z-diode 533 727 z-diode wiper motor ic 741 DIP8 Telefunken u 237 U690B IGNITION CONTROL MODULE water pump
Not Available

Abstract: No abstract text available
Text: Referenced Documents under sections 7.2.3, 7.3.7, 7.4.2, 7.5.3, 8.5.4 03/03/03 3 Abdul Popalzai , 7.4.1.1 to reflect current practices. Deleted 7.5.1.1. 06/17/05 8 Abdul Popalzai Deleted reference to SQ02-0017 (obsolete) under section 7.4.1.1 . 07/22/05 9 Abdul Popalzai Updated , versions are uncontrolled. User must verify correct revision before use. 3 SQ01-0001 Rev 22 and , 4.2.4.1 Record retention and section 7.4.1.1 Statutory and regulatory conformity. Added “information


Original
PDF SQ01-0001
Supplyframe Tracking Pixel