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LM334SMX/NOPB Texas Instruments 3-Terminal Adjustable Current Source 8-SOIC 0 to 70 visit Texas Instruments
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REF200AU Texas Instruments Dual, 100-µA Current Source/Sink 8-SOIC -25 to 85 visit Texas Instruments Buy
REF200AU/2K5 Texas Instruments Dual, 100-µA Current Source/Sink 8-SOIC -25 to 85 visit Texas Instruments Buy
REF200AU/2K5E4 Texas Instruments Dual, 100-µA Current Source/Sink 8-SOIC -25 to 85 visit Texas Instruments
LM334M Texas Instruments 3-Terminal Adjustable Current Source 8-SOIC 0 to 70 visit Texas Instruments

4 to 20ma current source circuit diagram

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: CL2 Simple 90V, 20mA Temperature Compensated Constant Current LED Driver IC Features 5.0V to 90V , CL2 is to drive LEDs with a constant current of 20mA. They can also be used in parallel to provide , Constant current source Constant current sink Typical Application Circuit VA Functional Circuit Diagram VA CL2 Up to 90V + VLED(total) 100nF VB Control Circuit and Temperature Compensation + , Conditions -VA-B = 5V - 90V VA-B = 45V, TJ = -40OC to +100OC - C Functional Circuit Diagram Supertex
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A022107
Abstract: The Supertex CL1 is a high voltage constant current source. The device is trimmed to provide a , application for the CL1 is to drive LEDs with a constant current of 20mA. They can also be used in parallel , Application Circuit Va Vb Functional Circuit Diagram Va CL1 Up to 90V Up to 90V + V LED(total , Preliminary Simple, 90V, 20mA Constant Current LED Driver IC Features q q q q q q General Description 5.0V to 90V operating range (Va-b) 20mA ±5% at Va-b -8.5µA / °C Typical Temperature Supertex
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4 to 20ma current source circuit diagram

Abstract: CL1K4 source or constant current sink. 5.0 to 90V operating range (VA-B) 20mA ±5% at 45V (VA-B) -8.5µA/°C , Application Circuit VA Functional Circuit Diagram CL1 Up to 90V +VLED(total) VB + ILED 20mA , current source. The device is trimmed to provide a constant current of 20mA±5% at an input voltage of 45V , CL1 Simple, 90V, 20mA, Temperature Compensated, Constant Current, LED Driver IC Features , LED driver Industrial lamp indicators Signage Accent lighting Automotive Constant current source
Supertex
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4 to 20ma current source circuit diagram CL1K4 marking n3 MARKING VA VB MARKING L4 SOT89 MARKING CODE B3 sot-89 DSPD-3TO243AAN8 D070908 C102908

4 to 20ma current source circuit diagram

Abstract: marking code RAB AA source or constant current sink. 5.0 to 90V operating range (VA-B) 20mA ±5% at 45V (VA-B) -8.5µA/°C , Application Circuit VA Functional Circuit Diagram CL1 Up to 90V +VLED(total) VB + ILED 20mA , current source. The device is trimmed to provide a constant current of 20mA±5% at an input voltage of 45V , CL1 Simple, 90V, 20mA, Temperature Compensated, Constant Current, LED Driver IC Features , LED driver Industrial lamp indicators Signage Accent lighting Automotive Constant current source
Supertex
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marking code RAB AA JEDEC to 243 E051509 C092409
Abstract: Constant current sink Typical Application Circuit Functional Circuit Diagram VA VA CL2 Up to , current source. The device is trimmed to provide a constant current of 20mA±10% at an input voltage of , . Applications A typical application for the CL2 is to drive LEDs with a constant current of 20mA. They can , Equivalent Block Diagram VA VA Control Circuit and Temperature Compensation 20mA ±10% VB VB , CL2 Simple 90V, 20mA Temperature Compensated Constant Current LED Driver IC Features General Supertex
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LED 20ma

Abstract: Automotive Constant current source Constant current sink Typical Application Circuit Va Functional Circuit Diagram Va CL1 Up to 90V + VLED(total) ILED 20mA Vb Control Circuit and Temperature , The Supertex CL1 is a high voltage constant current source. The device is trimmed to provide a , the CL1 is to drive LEDs with a constant current of 20mA. They can also be used in parallel to provide , =45V, TJ=0°C to 100°C Va-b=5.0V to 90V 0 125 °C Functional Circuit Diagram Va Equivalent
Supertex
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LED 20ma

MARKING L4 SOT89

Abstract: CL2 Simple, 90V, 20mA, Temperature Compensated, Constant Current, LED Driver IC Features 5.0V to , application for the CL2 is to drive LEDs with a constant current of 20mA. Multiple CL2s can also be used in , Circuit VA Functional Circuit Diagram VA CL2 Up to 90V + VLED(total) 100nF VB Control Circuit , - 90V VA-B = 45V, TJ = -40OC to +100OC - C 2 CL2 Functional Circuit Diagram VA Control Circuit and Temperature Compensation VB VB Equivalent Block Diagram VA 20mA ±10%
Supertex
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DSPD-3TO252K4 D070308 DSPD-3TO92N3 D070808 A071708

4 to 20ma current source circuit diagram

Abstract: CL2K4 Constant current source Constant current sink Typical Application Circuit Functional Circuit Diagram , constant current sink. 5.0V to 90V operating range (VA-B) 20mA ±10% at 5-90V 0.01% / °C Typical , LEDs with a constant current of 20mA. They can also be used in parallel to provide higher currents , Equivalent Block Diagram VA VA Control Circuit and Temperature Compensation 20mA ±10% VB VB 2 , CL2 Simple 90V, 20mA Temperature Compensated Constant Current LED Driver IC Features General
Supertex
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CL2K4 CL25 cl2n NR101206

MK940

Abstract: 4 to 20mA transmitter schematic 945 Applications The 940/MK940 may be configured for 4 to 20mA output, as a constant current source , CURRENT ADJUST FIGURE 4. Is a potentiometer adjust 0 to 20mA constant current source which is isolated , isolated from the unregulated +14 to +16 VDC power source. Model 940 and 945 Block Diagram INPUT CURRENT , FILM 1/4 W RESISTOR. ZERO CURRENT MAY BE 100mA FIGURE 3. Shows an isolated 0 to 20mA current loop , mA Current Source NOTE: R5 IS A 1% METAL FILM 1/4 W RESISTOR. Zero to 1 mA current source. The load
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OCR Scan
MK940 4 to 20mA transmitter schematic MK9-40 Schematic source digital scale from 0 to 5 volts Beckman potentiometer 945 diagram 112SQ 00D1SMM R13IS

MK940

Abstract: SPECTROL 510 4 to 20mA output, as a constant current source, as a 0 to 1mA current source, 0 to 5V output , . The input and output are also isolated from the unregulated +14 to +16 VDC power source. 4 to 20mA , FILM 1/4 W RESISTOR. ZERO CURRENT MAY BE 100µA FIGURE 3. Shows an isolated 0 to 20mA current loop , . MK940 Application Isolated Constant Current Source A FIGURE 4. Is a potentiometer adjust 0 to , FILM 1/4 W RESISTOR. FIGURE 5. Zero to 1mA current source. The load resistance may be 0 to 20,000
Calex Electronics
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SPECTROL 510 Spectrol Calex 945DC

MK940

Abstract: Calex Transmitters Applications The 940/MK940 may be configured for 4 to 20mA output, as a constant current source , Current Source A FIGURE 4. Is a potentiometer adjust 0 to 20mA constant current source which is , Application Isolated 0 to 20mA Output NOTE: R6 IS A 1% METAL FILM 1/4 W RESISTOR. ZERO CURRENT MAY BE , MK940 Application Isolated 0 to 1mA Current Source NOTE: R5 IS A 1% METAL FILM 1/4 W RESISTOR , Models 940 and 945 DC Transmitters Features Description ! 4 to 20mA Output ! 0 to
Calex Electronics
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DC Transmitters bourns 3006y 3355 bourns Model940 beckman 89 Zero Manufacturing

CL2N8-G

Abstract: A0519 Constant current sink Typical Application Circuit Functional Circuit Diagram VA VA CL2 Up to , . Applications A typical application for the CL2 is to drive LEDs with a constant current of 20mA. Multiple , 20mA ±10% VB VB Temperature Characteristics Current, normalized to 25°C 1.03 1.02 5V , CL2 Simple 90V, 20mA, Temperature Compensated Constant Current LED Driver IC Features General Description The Supertex CL2 is a high voltage, temperature compensated, constant current source
Supertex
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CL2N8-G A0519 A051909
Abstract: current source. The device is trimmed to provide a constant current of 20mA±10% at an input voltage of , typical application for the CL2 is to drive LEDs with a constant current of 20mA. Multiple CL2s can also , Typical Application Circuit VA Functional Circuit Diagram VA CL2 Up to 90V + VLED(total , Temperature Compensation 20mA ±10% VB VB Temperature Characteristics Current, normalized to , Supertex inc. CL2 Simple 90V, 20mA, Temperature Compensated Constant Current LED Driver IC Supertex
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C071012 2000/R 1000/B F111010

CL2N3-G

Abstract: cl2n Constant current sink Typical Application Circuit Functional Circuit Diagram VA VA CL2 Up to , current source. The device is trimmed to provide a constant current of 20mA±10% at an input voltage of 5.0 - 90V. The device can be used as a two terminal constant current source or constant current sink. Applications A typical application for the CL2 is to drive LEDs with a constant current of 20mA. Multiple , CL2 Simple, 90V, 20mA, Temperature Compensated, Constant Current, LED Driver IC Features
Supertex
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CL2N3-G cl2y A091108

220V LED lamp circuit diagram

Abstract: lightingConstant current source Constant current sink Typical Application Circuit VA Functional Circuit Diagram CL220 VA Up to 220V + VLED(TOTAL) 10nF VB + ILED 20mA Control Circuit and , for the CL220 is to drive LEDs with a constant current of 20mA. Multiple CL220s can also be used in , Diagram VA Control Circuit and Temperature Compensation VB Fig. 2 Equivalent Block Diagram VA 20mA , Supertex inc. Simple, 220V, 20mA, Temperature-Compensated, Constant Current, LED Driver IC
Supertex
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220V LED lamp circuit diagram CL220K4-G CL220N5-G DSPD-3TO220N5 C041009 DSFP-HVCL220 A112311

L4 SOT89

Abstract: current source. The device is trimmed to provide a constant current of 20mA±10% at an input voltage of 5.0 , typical application for the CL2 is to drive LEDs with a constant current of 20mA. Multiple CL2s can also , Typical Application Circuit VA Functional Circuit Diagram CL2 Up to 90V + VLED(total) 100nF VB VA + , Diagram VA Control Circuit and Temperature Compensation VB VB 20mA ±10% Temperature , Supertex inc. Simple 90V, 20mA, Temperature Compensated Constant Current LED Driver IC Features
Supertex
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L4 SOT89 C061812

CL2N3-G

Abstract: CL2K current source. The device is trimmed to provide a constant current of 20mA±10% at an input voltage of 5.0 , typical application for the CL2 is to drive LEDs with a constant current of 20mA. Multiple CL2s can also , Typical Application Circuit VA Functional Circuit Diagram CL2 Up to 90V + VLED(total) 100nF VB VA + , Diagram VA Control Circuit and Temperature Compensation VB VB 20mA ±10% Temperature , Supertex inc. Simple 90V, 20mA, Temperature Compensated Constant Current LED Driver IC Features
Supertex
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CL2K CL2N3-GP005 p014 marking
Abstract: current source. The device is trimmed to provide a constant current of 20mA±10% at an input voltage of 5.0 - 90V. The device can be used as a two terminal constant current source or constant current sink , constant current of 20mA. Multiple CL2s can also be used in parallel to provide higher currents such as , Application Circuit VA Functional Circuit Diagram VA CL2 Up to 90V + VLED(total) 100nF ILED , Supertex inc. CL2 Simple 90V, 20mA, Temperature Compensated Constant Current LED Driver IC Supertex
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MARKING L4 SOT89

Abstract: 4 to 20ma current source circuit diagram current source. The device is trimmed to provide a constant current of 20mA±10% at an input voltage of 5.0 , typical application for the CL2 is to drive LEDs with a constant current of 20mA. Multiple CL2s can also , Typical Application Circuit VA Functional Circuit Diagram CL2 Up to 90V + VLED(total) 100nF VB VA + , Temperature Compensation VB VB 20mA ±10% Temperature Characteristics 1.03 Current, normalized to 25 , Supertex inc. Simple 90V, 20mA, Temperature Compensated Constant Current LED Driver IC Features
Supertex
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top marking VA cl2w B012412
Abstract: , temperaturecompensated, 20mA constant current regulator. The device operates at up to 220V, and is accurate to  , current sink. A typical application for the CL220 is to drive LEDs with a constant current of 20mA , Constant current source Constant current sink Typical Application Circuit VA Functional Circuit Diagram CL220 Up to 220V + VLED(TOTAL) 10nF VB + ILED 20mA VLED(TOTAL) VA Control , Diagram VA Control Circuit and Temperature Compensation 20mA VB VB Fig. 3 Temperature Supertex
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DSFP-CL220 B052013
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