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Part Manufacturer Description Datasheet BUY
ULN2003LVDR Texas Instruments Low Power 3.3V & 5V Relay Driver 16-SOIC -40 to 85 visit Texas Instruments Buy
ULN2003LVPWR Texas Instruments Low Power 3.3V & 5V Relay Driver 16-TSSOP -40 to 85 visit Texas Instruments Buy
TPL9202PWPG4 Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Brown-Out Detection 20-HTSSOP -40 to 125 visit Texas Instruments
TPL9201N Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Zero-Volt Detection 20-PDIP -40 to 125 visit Texas Instruments
TPL9202PWPR Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Brown-Out Detection 20-HTSSOP -40 to 125 visit Texas Instruments Buy
TPL9202PWPRG4 Texas Instruments 8-Channel Relay Driver with Integrated 5V LDO and Brown-Out Detection 20-HTSSOP -40 to 125 visit Texas Instruments

5V RELAY

Catalog Datasheet MFG & Type PDF Document Tags

plessey connector

Abstract: plessey relay for power amplifiers +5 V supply Ring relay driver out +5V relay supply Switching regulator out , Impedance Ground-key Detection Programmable Off-hook Detection Ring Relay Driver Low Power Standby Mode , clock input Relay driver control Detector select Detector output Control input Control input Control , controlling AC and DC line current -5V input Transmit audio output RING side of filter capacitor TIP side of , in ground-start systems. Similarly, both the TIP and RING leads may be open circuited. A relay driver
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OCR Scan

28V relay

Abstract: CALEX VOLTSENSOR +In Terminal FIGURE 11. Single +5V Supply, Current-Sinking Mode, 28V Relay as Load, Vin to -In , Low-Profile 5V Relay Accepts one unit plus 2 pots (Set & Hys.) and Low-Profile 15V Relay Accepts one unit , .) Accepts two units plus 4 pots (2 Set & 2 Hys.) and 5V Relay Accepts two units plus 4 pots (2 Set & 2 , ) 687-4411 · Fax (925) 687-3333 http://www.calex.com 1997 (No Relay) (5V Relay) (15V Relay) (28V , from a single supply of +5V to +32V or from ±15V supplies, and the output can be connected to sink or
Calex Electronics
Original

MK216

Abstract: Calex , Resistive Load, Vin to +In Terminal FIGURE 11. Single +5V Supply, Current-Sinking Mode, 28V Relay as , .) Accepts one unit plus 2 pots (Set & Hys.) and Low-Profile 5V Relay Accepts one unit plus 2 pots (Set & , .) and 5V Relay Accepts two units plus 4 pots (2 Set & 2 Hys.) and 15V Relay Accepts two units plus 4 , .Models 540/MK218 (No Relay) 540/MK218-5 (5V Relay) 540/MK218-15 (15V Relay) 540/MK218-28 (28V Relay , , DlP-compatible package. This rugged unit is versatile-it can be operated from a single supply of +5V to +32V or
Calex Electronics
Original
MK216 MK217-15 Calex 5V RELAY 28V relay 540/MK216 MK217-5 MK217-28 MK218

zener diode for 240v ac voltage

Abstract: 5V RELAY Circuit 5V Coil Relay 1K 1µF 2N3904 100 Figure 5: Driving 5V Relay Coils The circuit , 240VAC Unregulated Voltage VN2460N8 Fuse Vz 5.1V 220µF Gate HVIN 5V Coil Relay Source SR037 VOUT Logic Control Circuit 5.0V 1µF GND Figure 6: Driving 5V Relay , Gate HVIN 12V Coil Relay Source 3.3V SR036 VOUT 1µF GND Logic Control Circuit VN2110K1 Figure 4: Driving 12V Relay Coils The circuit shown in Figure 4 uses the SR036 to
Supertex
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zener diode for 240v ac voltage regulated dual supply 10V 24V linear regulator for 240v ac to 3.3v voltage relay 12v 40mA diode 1N4001 specifications 1N4001 zener diode SR036/SR037 120VAC TN2425N8

5V relay

Abstract: 230v to 12v dc smps circuit diagram VOUT 5.0V Logic Control Circuit 5V Coil Relay 1K 1µF 2N3904 100 Figure 5: Driving 5V Relay Coils The circuit shown in Figure 5 uses the SR037 to supply a regulated 5.0V for the , 220µF Gate HVIN 5V Coil Relay Source SR037 VOUT Logic Control Circuit 5.0V 1µF GND Figure 6: Driving 5V Relay Coils with Zener Diode Clamp The circuit shown in Figure 6 uses the , Voltage 1N4001 220µF Gate HVIN 12V Coil Relay Source 3.3V SR036 VOUT 1µF
Supertex
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230v to 12v dc smps circuit diagram 12v and 5v regulated power supply circuit diagram 12v relay power supply 150w 24v smps circuit diagram 2N3904 12v relay for controlling 230v ac using 5v 230VAC

2331b

Abstract: LM193 WITH +/-5V SUPPLY AND +5V RELAY DRIVE SUPPLY AND OUTPUT LEVEL SHIFT VA= 0V to +10V +5 +5V , power dissipation of 55µA per comparator; and single +5V or dual ±5V power supply operation; and 50 mA , Dual limit window comparator · Power supply voltage monitor · Photo-detector sensor circuit · Relay , 3V to 10.6V · Single +5V and dual supply ±5V operation · High speed for both large and small level , °C to +70°C -65°C to +150°C +260°C OPERATING ELECTRICAL CHARACTERISTICS TA = 25°C V+ = +5V unless
Advanced Linear Devices
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2331b LM193 ALD2331A/ALD2331B/ALD2331 ALD2331A/ ALD2331B/ ALD2331 ALD2331A/ALD2331B

5V SPST RELAY

Abstract: 5V SPST Reed Relay PCI263 16 channel reed relay AMPLICON PCI263 Features · 32-bit 5V PCI bus compatible · 16 , version 2.1, 5V Relay contacts Dry reed Form A (SPST - normally open) Dimensions 134 x 90mm , of relay status · Relay register read-back · Supports Windows 95, 98, NT, 2000, XP, 2003 and Linux , General The PCI263 is a plug-in board that provides 16 isolated reed relay outputs. It can be used in , , single throw, dry reed relays. Each relay has an associated LED to indicate its output status and its
Amplicon
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5V SPST RELAY 5V SPST Reed Relay 5v 10mA reed relay REED RELAYS 5 5vdc 1a relay 5V 1A SPST RELAY EN55022 EN55024 ACL-10137

5V SPST Relay

Abstract: 5V SPST Reed Relay PCI263 16 channel reed relay AMPLICON PCI263 Features · 32-bit 5V PCI bus compatible · 16 , version 2.1, 5V Relay contacts Dry reed Form A (SPST - normally open) Dimensions 134 x 90mm , of relay status · Relay register read-back · Windows 95, 98, NT, 2000, XP, 2003, Vista and Linux , is a plug-in board that provides 16 isolated reed relay outputs. It can be used in any PC that , relays. Each relay has an associated LED to indicate its output status and its contact is rated at 15W
Amplicon
Original
5vdc spst reed relay Reed Relay 5VDC relay 5v 10mA spst reed relay 5VDC spst reed relay RH- 5V RELAY

diode in4003

Abstract: MH88612C negative battery feed voltage, (RV), or ringing voltage input. Positive Power Supply Voltage. (+5V) Relay voltage Supply. (+5V) Internal Connection. No pin fitted in this position. MH88612C , protection Adjustable constant current feed Relay drive output Power VBat Denial Wide Operating Range , Over Current Protection VRLY RC GS Relay Drive Circuit Constant Current Feed Loop , be grounded for normal 21mA loop current. 5 VEE Negative Power Supply voltage. (-5V). 6
Mitel Semiconductor
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diode in4003 IN4003 IN4003 diode

230v to 12v dc smps circuit diagram

Abstract: 230V ac to 12v dc converter circuit Coil Relay 1K 1µF 2N3904 100 Figure 5: Driving 5V Relay Coils The circuit shown in , Relay Source SR037 VOUT Logic Control Circuit 5.0V 1µF GND Figure 6: Driving 5V , / 185k where VIN is the input voltage in VRMS. The second source of power dissipation is the 3.3/5V linear regulator and may be calculated from PREG = (16V - VOUT) * IREG, where VOUT is 3.3V or 5V, and IREG is the load current on the 3.3/5V output. The total power dissipated by the SR03x is the sum of
Supertex
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230V ac to 12v dc converter circuit VOLTAGE REGULATOR 230V circuit diagram A0518 A0512 zener diode with a rating of 18V and 1.5W GN2470 A051804 A051204

led 230v application

Abstract: Source SR037 GND VOUT 5.0V Logic Control Circuit 5V Coil Relay 1Kâ"¦ 1µF 2N3904 100â"¦ Figure 5: Driving 5V Relay Coils The circuit shown in Figure 5 uses the SR037 to , 230VAC Surge Protection 1.0µF Vz 5.1V 220µF Gate HVIN 5V Coil Relay Source SR037 VOUT Logic Control Circuit 5.0V 1µF GND Figure 6: Driving 5V Relay Coils with , VRMS. The second source of power dissipation is the 3.3/5V linear regulator and may be calculated from
Supertex
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led 230v application

230v to 12v dc smps circuit diagram

Abstract: VOLTAGE REGULATOR 230V circuit diagram Logic Control Circuit 1K 2N3904 100 5V Coil Relay Figure 5: Driving 5V Relay Coils The circuit , : Driving 5V Relay Coils with Zener Diode Clamp The circuit shown in Figure 6 uses the SR037 to supply a , where VIN is the input voltage in VRMS. The second source of power dissipation is the 3.3/5V linear regulator and may be calculated from PREG = (16V - VOUT) * IREG, where VOUT is 3.3V or 5V, and IREG is the load current on the 3.3/5V output. The total power dissipated by the SR03x is the sum of these two
Supertex
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230v ac dc smps circuit 230V TO 12V SMPS 230v to 12v smps diagram Circuit diagram of 12v 10W LED drive TL431 zener OF RELAY -5V, 230V INPUT B092005 DSFP-SR036SR037

MH88612C

Abstract: IN4003 . (+5V) Relay voltage Supply. (+5V) Internal Connection. No pin fitted in this position. MH88612C , detection · Ring ground over-current protection · Adjustable constant current feed · Relay , -Wire Conversion VR VX Over Current Protection VRLY RC GS Relay Drive Circuit Constant , voltage. (-5V). 6 GNDA 7 GS Gain setting (Input). A logic low at this input adds an , 13 RC Relay Control (Input). Active high will apply ringing to the line. 14 RD Output
Mitel Semiconductor
Original
5V power supply transformerless 300-3400H

230v to 12v dc smps circuit diagram

Abstract: zener diode with 5.1v 500ma Circuit 5V Coil Relay 1K 1µF 2N3904 100 Figure 5: Driving 5V Relay Coils The circuit , 230VAC Unregulated Voltage VN2460N8 Fuse Vz 5.1V 220µF Gate HVIN 5V Coil Relay Source SR037 VOUT Logic Control Circuit 5.0V 1µF GND Figure 6: Driving 5V Relay , 12V Coil Relay Source 3.3V SR036 VOUT 1µF GND Logic Control Circuit VN2110K1 Figure 4: Driving 12V Relay Coils The circuit shown in Figure 4 uses the SR036 to supply a
Supertex
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zener diode with 5.1v 500ma circuit diagram of EMI FILTER 230v input and 230v ac output Power supply AC to DC zener diode AC to AC regulator 230v ac to 15v ac 12v 230VAC RELAY AC to AC regulator 230v input to 15v output 120/230VAC 50/60H VN2460 400CA 120VAC/60H

SR03x

Abstract: relay for controlling 230v ac using 5v 1K 2N3904 100 5V Coil Relay Figure 5: Driving 5V Relay Coils The circuit shown in Figure 5 , Voltage 120VAC or 230VAC 220µF Vz 5.1V 5V Coil Relay Gate HVIN Source VOUT SR037 GND 5.0V 1µF Logic Control Circuit Figure 6: Driving 5V Relay Coils with Zener Diode Clamp The , HVIN Source VOUT 3.3V 1µF SR036 GND Logic Control Circuit 12V Coil Relay VN2110K1 Figure 4: Driving 12V Relay Coils The circuit shown in Figure 4 uses the SR036 to supply a regulated
Supertex
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SR03x diode P6KE 400CA 208VAC/60H 230VAC/50H

transistor intercom circuit

Abstract: . (+5V) Relay voltage Supply. (+5V) Internal Connection. No pin fitted in this position. 17 IC , protection â'¢ Adjustable constant current feed â'¢ Relay drive output â'¢ Power VBat , Negative Power Supply voltage. (-5V). 7 GS Gain setting (Input). A logic low at this input adds an , VDD 13 RC Relay Control (Input). Active high will apply ringing to the line. 14 RD , 11 (RF) through a norm ally closed relay contact. 16 VRLY Analog Ground. (0V) Connects to
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OCR Scan
transistor intercom circuit 88612C

ALD2331APAL

Abstract: ALD2331 COMPARATOR WITH SINGLE WITH +/-5V SUPPLY AND +5V RELAY DRIVE SUPPLY AND OUTPUT LEVEL SHIFT VA= 0V to , dissipation of 55µA per comparator; and single (+5V) or dual (±5V) power supply operation; and 50mA open , Photo-detector sensor circuit · Relay or LED driver · Oscillators · Battery operated instruments · Remote , effects Low operating supply voltage of 3V to 10V Single (+5V) and dual supply (±5V) operation High , °C V+ = +5V unless otherwise specified 2331A Parameter Symbol Min Supply Voltage VS V
Advanced Linear Devices
Original
ALD2331APAL comparators ALD2331ASAL ALD2331BPAL ALD2331BSAL ALD2331PAL
Abstract: VIN = dt ALD1712 3 8 0.1 V = 1/RC Control 1 - 1 +5V Relay 2 VIN 1/2 , CONSTANT INTEGRATOR INTEGRATOR VOLTAGE PRESET 20K 20K 5V Relay 1 2 R 7 - t2 + , operational amplifier intended primarily for a wide range of analog applications in +5V single power supply and ±5V dual power supply systems as well as +5V to +10V battery operated systems. All device characteristics are specified for +5V single supply or ±2.5V dual supply systems. It is manufactured with Advanced Linear Devices
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ALD1712A/ALD1712B ALD1712A/ALD1712B/ALD1712

gordos relay

Abstract: a 1712 8pin ALD1712 3 8 0.1 V = 1/RC Control 1 - 1 +5V Relay 2 VIN 1/2 ALD2301 5V 2 , INTEGRATOR INTEGRATOR VOLTAGE PRESET 20K 20K 5V Relay 1 2 R 7 - t2 + 3 + , intended primarily for a wide range of analog applications in +5V single power supply and ±5V dual power , for +5V single supply or ±2.5V dual supply systems. It is manufactured with Advanced Linear Devices , bias currents -0.01pA typical · Dual power supply ±2.5V to ±6.0V · Single power supply +5V to +12V ·
Advanced Linear Devices
Original
gordos relay a 1712 8pin gordos relay 4705 gordos 4705 COMPONENT RESEARCH K11B104KSW

gordos relay 4705

Abstract: gordos relay VIN = dt ALD1712 3 8 0.1 V = 1/RC Control 1 - 1 +5V Relay 2 VIN 1/2 , CONSTANT INTEGRATOR INTEGRATOR VOLTAGE PRESET 20K 20K 5V Relay 1 2 R 7 - t2 + , intended primarily for a wide range of analog applications in +5V single power supply and ±5V dual power , for +5V single supply or ±2.5V dual supply systems. It is manufactured with Advanced Linear Devices , bias currents -0.01pA typical · Dual power supply ±2.5V to ±6.0V · Single power supply +5V to +12V ·
Advanced Linear Devices
Original
gordos 83 picoammeter Gordos* relay k11b
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