NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: RMOB-JR Relay Base Data Sheet 1178A June 2000 Features · Pluggable base for 8 or 11 pin , pin style octal base will accept up to a 2 PDT contact relay. The 11 pin style octal base will accept , RMOB-JR-1 70 01 21 4 8 pin octal socket relay base for use with relays up to 2 PDT RMOB-JR-1-MKDS5 56 01 97 8 8 pin octal socket relay base for use with relays up to 2 PDT with larger terminal blocks for 10A current rating on contact side RMOB-JR-1-24 RMOB-JR-1-24 70 01 43 8 8 pin octal socket relay base with LED for 24 V dc ... | Original |
2 pages, |
octal base relay RMOB-JR-1-120 5 pin relay pin diagram of 8 pin relay circuit diagram of relay 6 pin 11 pin relay base relay 8 pin wiring diagram circuit diagram of relay 8 pin 11 pin 24 AC relay relay base wiring relay pin out diagram 8 pin relay pin out diagram datasheet abstract |
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| Abstract: Series LPBD100 LPBD100 250mA, 100Vdc Normally Closed Dual Relay Part Number Description LPBD100 LPBD100 .25A, 100Vdc dual solid-state relay MECHANICAL SPECIFICATION 0.79 (20.07) 0.140 ±.005 (3.556 ±0.127) TELEDYNE LPBD100 LPBD100 0.370 MAX (9.398) 0.020 MIN (0.508) RELAY A OUT + IN - + - 0.330 ±.005 (8.382 ±0.127) RELAY B IN OUT+ + - - FEATURES/BENEFITS · Compact SIP plastic , Current Reverse Voltage 7 Vdc RELAY A IN 14 + RELAY B OUT IN + OUT ... | Original |
2 pages, |
A110 8 pin relay pin out diagram 7 pin relay pin out diagram 5 pin out relay diagram LPBD100 5vdc relay 8 pin circuit diagram of relay 8 pin 5 volts Relay aircraft relay 48vdc relay circuit diagram relay 5 pin out diagram relay pin out diagram LPBD100 abstract |
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| Abstract: ±0.127) TELEDYNE LPBD100 LPBD100 0.370 MAX (9.398) 0.020 MIN (0.508) RELAY A OUT + IN - + - 0.330 ±.005 (8.382 ±0.127) RELAY B IN OUT+ + - - FEATURES/BENEFITS · Compact SIP plastic , Current Reverse Voltage 7 Vdc RELAY A IN + 14 Input Current (mA) 12 PIN 1 2 RELAY B OUT 3 IN + 4 OUT + 5 6 7 + 8 10 +5Vdc 8 , Timing Circuit Output Switch Depletion Mode MOSFETs +OUT OUT FUNCTIONAL BLOCK DIAGRAM ... | Original |
2 pages, |
5 volts Relay teledyne relay 5vdc relay relay 5 pin out diagram A110 aircraft relay LPBD100 7 pin relay pin out diagram relay pin out diagram 6 volts 2 pin thermal Relay wiring diagram of volts relay LPBD100 abstract |
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| Abstract: levels. The relay operates (OUT)/releases (IN) when the liquid reaches the Hi electrode (pin 5), provided that the Lo electrode (pin 6) is in contact with the liquid. Wiring Diagram Conductive , Example 1 Pump on/off The relay releases (OUT)/operates (IN) when the Lo electrode is no longer in , non-conductive material, an additional electrode must be used. (To be connected to pin 7. In the diagram this , pumping) ON-OFF Power supply Lo electrode (pin 6) in liquid Hi electrode (pin 5) in liquid Relay on ... | Original |
2 pages, |
6 volt relay pin out diagram 5 pin relay connection 11 pin relay base 12 volt 6 pin relay relay pin out diagram pin diagram of 8 pin relay 8 pin relay pin out diagram relay 5 pin out diagram 7 pin relay pin out diagram datasheet abstract |
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| Abstract: < C < 0.1 uF (Reference Diagram 2) Connected to a CDS for inhibiting relay or TRIAC being triggered. , RELAY depending on users' choice. With special noise immunity technique, WT8072 WT8072 is the most stable PIR , *DRIVE EITHER RELAY OR TRIAC. *ADJUSTABLE LIGHT ON DURATION. *TRIAC CAN BE EITHER SHUNT OR SERIAL CONNECTED. *PIR INPUT. *CDS INPUT. PIN CONFIGURATION PIN DESCRIPTION Pin No. 1 2 3 4 5 6 7 Pin Name I/O Description UOU1 First stage OP amp ... | Original |
5 pages, |
5v relay pin analog pir PIR CONTROLLER RELAY TRIAC Triac trigger circuit cmos 4069 WT8072H pir chip relay pin out diagram PIR with CDS relay 5 pin out diagram relay cross reference PIR datasheet PIR controller WT8072 WT8072 WT8072 abstract |
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| Abstract: < C < 0.1 uF (Reference Diagram 2) Connected to a CDS for inhibiting relay or TRIAC being triggered. , manufactures by CMOS process which can either drive TRIAC or RELAY depending on users' choice. With special , and increase competitive. FEATURES *HIGH NOISE IMMUNITY. *DRIVE EITHER RELAY OR TRIAC. , PIN CONFIGURATION PIN DESCRIPTION Pin No. 1 2 3 4 5 6 7 Pin Name I/O Description UOU1 First stage OP amp ... | Original |
6 pages, |
staircase timer controller triac triac light switch Weltrend Semiconductor staircase controller Triac 50 amp 10 amp 12 v relay 14 pin relay PIR controller pir chip wt 8072 relay 5 pin out diagram PIR CONTROLLER RELAY TRIAC WT8072 WT8072 abstract |
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| Abstract: 5V1 C +12V RELAY 3 RELAY 4 +5÷24V Block diagram L'abilitazione d'uscita dei 2 canali , T=RxC T=RxC T=RxC D2MB - Pin 13 D2MB - Pin 17 Fig. 1 _ Timing diagram Fig. 1 _ , mod. D2MB Application note · Nota applicativa +5÷24V RELAY 2 RELAY 1 +12V 8 Tri-state dip-switch CN1 MC 145026 11 12 TX R.F. 15 17 OUT BIST. 1 13 CN2 100K 47K 15 +12V 5n6F 18 OUT BIST. 2 1 2 3 4 11 +12V D2MB 7 15 RF 290 ... | Original |
1 pages, |
7 pin relay pin out diagram 145026 relay 5 pin out diagram aurel 290 5 pin 12V RELAY PIN DIAGRAM 12V RELAY PIN DIAGRAM 12v relay 8 pin diagram 5 pins relay pin diagram 12v relay pin out diagram 12v relay 8 pin 12V 5 pin RELAY PIN DIAGRAM 12v relay 6 pin datasheet abstract |
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| Abstract: PIN DESCRIPTION PIN No SYMBOL T (TSSOP Package) ORDER CODES : 74ACT8244TTR 74ACT8244TTR LOGIC DIAGRAM , = 35mA VOH High Level Output Voltage for Double Relay Driver I OUT = -70mA VOL Low Level Output Voltage for Double Relay Driver I OUT = 70mA VOH High Level Output Voltage for Single Side Relay or LED I OUT = -50mA VOL Low Level Output Voltage for Single Side Relay or , conditions TRUTH TABLE FOR LATCHING RELAY DRIVER INPUT OUT PUT Valu e T yp. 7.0 Un it Max. ... | Original |
6 pages, |
ttl relay driver circuits 74ACT8244 74ACT8244TTR latching relay 14 pin relay datasheet relay 5 pin out diagram TSSOP-20 relay driver Circuit diagram ttl relay driver on Single Relay Driver IC double change over relay 74ACT8244 abstract |
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| Abstract: STANDARD 16 PIN PLASTIC DIP DTO |T C/J m VDD TIME BASE 2 m X2 VF OUT (T 33 X1 V1 OUT |T f- CO m FREQ IN FDEN (T CTI O 33 AMP IN DTEN INPUT (T ro S AMP OUT SET RELAY/PULSE OUTPUT \T_ m RESET , PIN FUNCTION DESCRIPTION DTO Disconnect timer time out. Active high pulse generated at the end of , AMP OUT Amplified Tone. Usually connected to the FREQ pin. 12 AMP IN Tone input for low level (to - 30 , FIGURE 2 vdo LS7502 LS7502 reset freq in set relay vi out fden dten in vss amp in DESCRIPTION This ... | OCR Scan |
4 pages, |
relay 5 pin out diagram LS7508 LS7506 CLOCK GENERATOR 10HZ 8 pin relay pin out diagram TIME BASE GENERATOR 10HZ 768HZ 768HZ abstract |
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| Abstract: PIN PLASTIC DIP DTO 1 TIME BASE Nov. 1993 V DD (+V) 2 15 X2 VF OUT 3 , OUT SET RELAY PULSE 7 10 8 9 LSI 16 APPLICATIONS: · Remote telephone line , ) each Part Number has the Set Relay Level option on Pin 8. The 32 KHz option is on Pin 2 with one , Discriminator to be disabled, enable the Disconnect Timer and bring Set Relay Level high at Pin 8. When the Disconnect Timer times out (20 seconds) a highgoing pulseoccurs at Pin 1. Normally, Pin 1 externally connects ... | Original |
4 pages, |
relay 5 pin 11 pin relay timer relay 6v 8 pin 5 pin 30 amp relay LS7505 5 pin relay datasheet 5 pin relay data sheet 12 volt 5 pin relay data sheet 5 pin relay Frequency Discriminator relay 6v 5 pin features 8 pin timer relay LS7501-7510 LS7501-7510 abstract |
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| with the RST input as shown in the true table. LOGIC DIAGRAM T (TSSOP Package) PIN DESCRIPTION PIN No SYMBOL NAME AND FUNCTION 1 RST Master Reset 2 IN1A Input of 1st latched relay drv 3 IN1B relay driver 9 IN5 Input LED driver 10 GND Ground 11 NC Not Connected 12 OUT5 Output of LED driver 13 OUT4 Output of 1st relay driver 14 OU3B Output 3rd latched relay drv 15 OU3A Output 3rd latched for Single Driver I OUT = 35mA 0.25 0.68 V V OH High Level Output Voltage for Double Relay www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6563.htm |
STMicroelectronics | 20/10/2000 | 8.57 Kb | HTM | 6563.htm |
| . LOGIC DIAGRAM T (TSSOP Package) PIN DESCRIPTION PIN No SYMBOL NAME AND FUNCTION 1 RST Master Reset 2 IN1 Connected 12 OUT5 Output of LED driver 13 OUT4 Output of 1st relay driver 14 OU3B Output 3rd latched relay V OH High Level Output Voltage for Double Relay Driver I OUT = -70mA V CC -0.68 V CC -0.3 V V OL Low Level Output Voltage for Double Relay Driver I OUT = 70mA 0.25 0.68 V V OH High Level Output Voltage for Single Side Relay or LED I OUT = -50mA V CC -0.8 V CC -0.4 V V OL Low Level Output Voltage for Single www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6563-v2.htm |
STMicroelectronics | 14/06/1999 | 6.17 Kb | HTM | 6563-v2.htm |
| control Input 2 PRI Photosensor comparator input 3 GND Ground 4 R OUT Relay output 5 T OUT Triac output 6 sensor amplifier 13 OP OUT Output sensor amplifier 14 WCI Window comparator input PIN FUNCTIONS UAA4713 UAA4713 UAA4713 UAA4713 3 -time V ROUT = 0V 4 80 m A V R HIGH Relay Driver Source Saturation Voltage I R OUT = 80 m A 4 2 V I R Relay Sink Output Current V R OUT = 0.4V during on-time 4 1 8 mA I TOUT Triac Firing Current 5 50 65 m SENSOR FILTER AMPLIFIER PROGRAMMABLE ON-TIMER TRIAC OUTPUT AND RELAY OUTPUT SHORT CIRCUIT PROTECTION LOW www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1530.htm |
STMicroelectronics | 02/04/1999 | 12.64 Kb | HTM | 1530.htm |
| R OUT Relay output 5 T OUT Triac output 6 V- Negative clamp voltage 7 ACI AC-input supply 8 V Saturation Voltage I R OUT = 80 m A 4 2 V I R Relay Sink Output Current V R OUT = 0.4V during on-time 4 1 8 m . Pin 5 is the trigger output for triac gate. Pin 4 output can be used to switch a relay or other loads INPUT FOR PHOTORESISTIVE SENSOR SENSOR FILTER AMPLIFIER PROGRAMMABLE ON-TIMER TRIAC OUTPUT AND RELAY monolithic integrated circuit in- tended to control triac or relay switch for AC- mains timer applications www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1530.htm |
STMicroelectronics | 25/05/2000 | 15.16 Kb | HTM | 1530.htm |
| control Input 2 PRI Photosensor comparator input 3 GND Ground 4 R OUT Relay output 5 T OUT Triac output 6 sensor amplifier 13 OP OUT Output sensor amplifier 14 WCI Window comparator input PIN FUNCTIONS UAA4713 UAA4713 UAA4713 UAA4713 3 -time V ROUT = 0V 4 80 m A V R HIGH Relay Driver Source Saturation Voltage I R OUT = 80 m A 4 2 V I R Relay Sink Output Current V R OUT = 0.4V during on-time 4 1 8 mA I TOUT Triac Firing Current 5 50 65 m SENSOR FILTER AMPLIFIER PROGRAMMABLE ON-TIMER TRIAC OUTPUT AND RELAY OUTPUT SHORT CIRCUIT PROTECTION LOW www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1530-v2.htm |
STMicroelectronics | 14/06/1999 | 12.6 Kb | HTM | 1530-v2.htm |
| Photosensor comparator input 3 GND Ground 4 R OUT Relay output 5 T OUT Triac output 6 V sensor amplifier 13 OP OUT Output sensor amplifier 14 WCI Window comparator input PIN FUNCTIONS ROUT = 0V 4 80 m A V R HIGH Relay Driver Source Saturation Voltage I R OUT = 80 m A 4 2 V I R Relay Sink Output Current V R OUT = 0.4V during on-time 4 1 8 mA I TOUT RELAY OUTPUT SHORT CIRCUIT PROTECTION LOW QUIESCENT CURRENT TWO-WIRE TECHNIQUE DESCRIPTION The www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1530-v1.htm |
STMicroelectronics | 25/05/2000 | 14.46 Kb | HTM | 1530-v1.htm |
| 20 January 1997 1/4 PRELIMINARY DATA Type V i V o I o GS5AC-40 GS5AC-40 GS5AC-40 GS5AC-40 180 to 264 V out 1: 40 V 110 mA out 2 = 35 to 42 V for "S" interface Vo2 = 36 to 47 V for external relay and LED driver "S" interface output is equipped also with a second, aux- iliary 40V/10 mA output for relay and LED driving. The converter offers short-circuit protection on both outputs (short-circuit on 40V output doesn't affect relay auxiliary (relay & LED) output when the mains is missing, thus allowing the use of a second "emergency www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4592-v2.htm |
STMicroelectronics | 14/06/1999 | 6.39 Kb | HTM | 4592-v2.htm |
| /4 PRELIMINARY DATA Type V i V o I o GS5AC-40 GS5AC-40 GS5AC-40 GS5AC-40 180 to 264 V out 1: 40 V 110 mA out 2: 40 V 10 m = 35 to 42 V for "S" interface Vo2 = 36 to 47 V for external relay and LED driver "S" interface mA output for relay and LED driving. The converter offers short-circuit protection on both outputs (short-circuit on 40V output doesn't affect relay/LED output and the input power never ex- ceeds the limit of 15 W) and also provides to remove the auxiliary (relay & LED) output when www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4592-v3.htm |
STMicroelectronics | 15/11/2000 | 8.12 Kb | HTM | 4592-v3.htm |
| DATA Type V i V o I o GS5AC-40 GS5AC-40 GS5AC-40 GS5AC-40 180 to 264 V out 1: 40 V 110 mA out 2: 40 V 10 mA FEATURES "S" interface Vo2 = 36 to 47 V for external relay and LED driver "S" interface output "S" interface and is equipped also with a second, aux- iliary 40V/10 mA output for relay and LED doesn't affect relay/LED output and the input power never ex- ceeds the limit of 15 W) and also provides to remove the auxiliary (relay & LED) output when the mains is missing, thus allowing www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4592.htm |
STMicroelectronics | 20/10/2000 | 8.5 Kb | HTM | 4592.htm |
| 20 January 1997 1/4 PRELIMINARY DATA Type V i V o I o GS5AC-40 GS5AC-40 GS5AC-40 GS5AC-40 180 to 264 V out 1: 40 V 110 mA out 2 = 35 to 42 V for "S" interface Vo2 = 36 to 47 V for external relay and LED driver "S" interface output is equipped also with a second, aux- iliary 40V/10 mA output for relay and LED driving. The converter offers short-circuit protection on both outputs (short-circuit on 40V output doesn't affect relay auxiliary (relay & LED) output when the mains is missing, thus allowing the use of a second "emergency www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4592-v1.htm |
STMicroelectronics | 02/04/1999 | 6.43 Kb | HTM | 4592-v1.htm |