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Part Manufacturer Description Datasheet BUY
AXA016A0X3-SR12 GE Critical Power 12V Austin SuperLynxTM 16A: Non-Isolated DC-DC Power Module, 10Vdc –14Vdc input; 0.75Vdc to 5.5Vdc output; 16A Output Current, 100Ω Resistor between Sense and Output Pins visit GE Critical Power
AXA016A0X3-SR12Z GE Critical Power 12V Austin SuperLynxTM 16A: Non-Isolated DC-DC Power Module, 10Vdc –14Vdc input; 0.75Vdc to 5.5Vdc output; 16A Output Current, 100Ω Resistor between Sense and Output Pins visit GE Critical Power
ISL6327ACRZ Intersil Corporation VR11 6-Phase PWM Controller with 8-Bit VID and Differential Inductor DCR or Resistor Current Sensing; QFN48; Temp Range: 0° to 70° visit Intersil Buy
ISL6327ACRZ-T Intersil Corporation VR11 6-Phase PWM Controller with 8-Bit VID and Differential Inductor DCR or Resistor Current Sensing; QFN48; Temp Range: 0° to 70° visit Intersil Buy
UAF42AU-TR Texas Instruments CONTINUOUS TIME FILTER, RESISTOR PROGRAMMABLE, UNIVERSAL, PDSO16 visit Texas Instruments
UAF42AG Texas Instruments CONTINUOUS TIME FILTER, RESISTOR PROGRAMMABLE, UNIVERSAL, CDIP14 visit Texas Instruments

1k trimpot resistor

Catalog Datasheet MFG & Type PDF Document Tags

T73 relay

Abstract: l512fy131 . 3) Rotate the Speedpot fully CW and adjust MAX trimpot in the CW direction until the maximum desired speed is obtained. 4) Rotate the Speedpot fully counter-clockwise (CCW) and adjust the MIN trimpot in the CW direction until deadband or the minimum desired speed is obtained. 5) The IR COMP trimpot is , , then adjust IR COMP trimpot as follows. Rotate the Speedpot CW to the 50% position and rotate the IR COMP trimpot CW as needed to increase regulation. 6) Recheck and readjust trimpots if necessary
Dart Controls
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Abstract: CONFIGURATION 8 4 3 1 HI 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust , 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range , . resistor between pins 9 - 6 to trim down. Between pins 9 - 5 to trim up %; Clamp type 3.9 %; Clamp Martek Power
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1k trimpot resistor

Abstract: 3N48 SERIES) OUTPUT VOLTAGE +V2 TRIM CONFIGURATION 8 4 3 1 HI 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range +1.8V to +3.5V OUTPUT VOLTAGE -V2 TRIM CONFIGURATION 8 4 3 1 HI 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust , , Automatic Recovery 1.8 3.5 % Output voltage. Place ext. resistor between pins 9 - 6 to trim down
Martek Power
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1k trimpot

Abstract: 1k trimpot resistor (2700HN SERIES) OUTPUT VOLTAGE +V2 TRIM CONFIGURATION 8 4 3 1 HI 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range +1.8V to +3.5V OUTPUT VOLTAGE -V2 TRIM CONFIGURATION 8 4 3 1 HI 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range -1.8V to -3.5V B-188 Martek Power , , Automatic Recovery 1.8 3.5 % Output voltage. Place ext. resistor between pins 9 - 6 to trim down
Martek Power
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1k trimpot 1k trimpot resistor capacitor 3.3 microfarad specifications 2700 microfarad capacitor martek B186 2705SXX 500LFM 200LFM 100LFM 2703SXX B-187

MC14030

Abstract: 170VDC C1 I t = (1.0mA) 2(60Hz) V 170V - 5.1V - (10mA)(1K) The unregulated 170VDC is connected to the drain of the LND1. The LND1 and trimpot R1 are configured as a 1.0mA constant current source. The 1.0mA constant current flows through R2 which is a 5.1Kohm resistor to ground. A constant voltage drop , variable resistor adjusted for 1.0 mA and is approximated by: Figure 2 is an oscilloscope picture , 10K resistor. Applications requiring multiple voltage references can be generated by using a string
Supertex
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LND150N3 MC14030 240v n-channel depletion mosfet VN0650N3 IN4005 120VAC 120VAC/ 240VAC
Abstract: 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range +1.8V to +3.5V OUTPUT VOLTAGE -V2 TRIM CONFIGURATION 8 4 3 1 HI 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range -1.8V to -3.5V B-144 Martek Power , for 200µS Indefinite, Automatic Recovery 1.8 3.5 % Output voltage. Place ext. resistor between Martek Power
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B-143
Abstract: 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range +1.8V to +3.5V OUTPUT VOLTAGE -V2 TRIM CONFIGURATION 8 4 3 1 HI 7 1k TRIMPOT 6 LOW 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range -1.8V to -3.5V B-138 Martek Power , . resistor between pins 9 - 6 to trim down. Between pins 9 - 5 to trim up %; Clamp type 3.9 %; Clamp Martek Power
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B-137
Abstract: ) OUTPUT VOLTAGE +V2 TRIM CONFIGURATION 8 HI 7 4 3 1k TRIMPOT 6 LOW 1 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range +1.8V to +3.5V OUTPUT VOLTAGE -V2 TRIM CONFIGURATION 8 HI 7 4 3 1k TRIMPOT 6 LOW 1 5 Connect 1k ohm TRIMPOT as shown to , , Automatic Recovery 1.8 3.5 % Output voltage. Place ext. resistor between pins 9 - 6 to trim down Martek Power
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B-198 B-199
Abstract: (2700HN SERIES) OUTPUT VOLTAGE +V2 TRIM CONFIGURATION 8 HI 7 4 3 1k TRIMPOT 6 LOW 1 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range +1.8V to +3.5V OUTPUT VOLTAGE -V2 TRIM CONFIGURATION 8 HI 7 4 3 1k TRIMPOT 6 LOW 1 5 Connect 1k ohm TRIMPOT as shown to adjust O/P2 over full range -1.8V to -3.5V >> B-199 1111 Knox Street , Recovery 1.8 3.5 % Output voltage. Place ext. resistor between pins 9 - 6 to trim down. Between pins Martek Power
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2703/2P12HN 2705/3P12HN 2703/2N12HN 2705/3N12HN 2703/2P48HN 2705/3P48HN

HS7584B

Abstract: HS7584 would allow for a 0 to ­1.4% adjustment range. A 500 trimpot in series with the feedback resistor of , . A 4.0K resistor in series with a 2K trimpot will adjust out any errors for ±VREF/2, or a 9K resistor in series with a 2K trimpot for ±VREF. Note: Trimpots reduce stability coefficients given in , -quadrant multiplication with a separate reference input and feedback resistor for each DAC. The double buffered input , 100Hz 1K 10K 100K FREQUENCY (Hertz) 1MHz CONTROL TRUTH TABLE A0 0 0 1 1 0 0 1 1 X
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HS7584 HS7584B HS7584C 10k trimpot DB10 HS2700 SP7584 HS7584C/LCC HS7584B/LCC HS7584C/PLCC

10k trimpot

Abstract: MC14030 (1.0mA) 2(60Hz) V 170V - 5.1V - (10mA)(1K The unregulated 170VDC is connected to the drain of the LND1. The LND1 and trimpot R1 are configured as a 1.0mA constant current source. The 1.0mA constant current flows through R2 which is a 5.1Kohm resistor to ground. A constant voltage drop of 5.1V is , are characteristics of the device. R1 is a variable resistor adjusted for 1.0 mA and is approximated , , R2 can be replaced with a 10K resistor. Applications requiring multiple voltage references can be
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DIODE in4005 zener diode 5.1v N-Channel Depletion-Mode MOSFET Variable resistor 10K ohm 10k trimpot resistor IN4005 diode data sheet

resistor 330k

Abstract: resistor 220k ) interface. An external set resistor determines the maximum LED drive current and it can be set up to 800mA , + R7 220K R3 R2 R1 1K 1K 1K DATA FLASH MOVIE 0 0 0 2 4 1 3 5 2 4 1 3 , DATA setting (defaults to DATA 1). Trim-pot VR4 sets duration. MOVIE Toggle on/off movie mode , from 10ms to 2 seconds. Rotate trim-pot VR4 clockwise to reduce the duration. 2 EV , -Bit CMOS, FLASH-Based µC; 8-Pin PDIP Package High Brightness Flash LED 1K, 5%, 1/4W; 1206 1µF, 10V, X5R
Advanced Analogic Technologies
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AAT3174 LMPTWH556S resistor 330k resistor 220k GRM18 Murata trimpot 100K EVN-5ESX50B14 EV-128

MC14030

Abstract: 10k trimpot trimpot R1 are configured as a 1.0mA constant current source. The 1.0mA constant current flows through R2 which is a 5.1K resistor to ground. A constant voltage drop of 5.1V is developed across R2. VOUT , . C1 I · t = 1.0mA · V 1 2f 1 2(60Hz) 170V - 5.1V - (10mA) · (1K) C1 0.045F The , ), and IDSS where VGS(OFF) and IDSS are characteristics of the device. R1 is a variable resistor , the LND1 and VOUT. For the above values, R1 is calculated to be from 0 to 1.3K. A 10K trimpot is
Supertex
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01UF 10K resistor applications Depletion-Mode MOSFET IN4005 diode AN-D10

LM3914 applications

Abstract: lm3914 diagram that appears in Figure 4 shows the LM3914's internal architecture. Since the lower resistor in the , 14 13 12 11 10 R4 1.3K 1 U2 MPX5100 ZERO CAL. R2 1.2 k R6 100 R1 100 R5 1k LM3914 TP2 (FULL , Ceramic Cap Bar Graph LED 1/4 W Film Resistor 1/4 W Film Resistor 1/4 W Film Resistor 1/4 W Film Resistor Trimpot Trimpot On/Off Switch Bar Graph IC Pressure Sensor Voltage Regulator Terminal Block Test Point Terminal Nylon Spacer 4­40 Nylon Screw 100 1.2K 2.7K 1.3K 1K 100 Rating 0.1 µF 1 µF GI MV57164 Manufacturer
Motorola
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DEVB129 MC78L05ACP LM3914 applications LM3914 PIN IC LM3914 PIN DIAGRAM LM3914 18 PIN DIAGRAM LM3914 IC LM3914 IS VOLTAGE REGULATOR OR CURRENT REGULATOR AN1304 12SDP2 25V03 TP1040104

MC14030

Abstract: 1K capacitor +170VDC. I = C1 The unregulated 170VDC is connected to the drain of the LND1. The LND1 and trimpot , which is a 5.1Kohm resistor to ground. A constant voltage drop of 5.1V is developed across R2. VOUT is , C1 I t = (1.0mA) 2(60Hz) V 170V - 5.1V - (10mA)(1K) Capacitor C2 is a low voltage bypass , characteristics of the device. R1 is a variable resistor adjusted for 1.0 mA and is approximated by: R1 = , source, R2 can be replaced with a 10K resistor. Applications requiring multiple voltage references can
Supertex
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1K capacitor 240v n-channel mosfet to-92

Calex

Abstract: 163MK Half Bridge Applications ! On card Bridge Balance Trimpot eliminates additional wiring for Three Wire applications ! Changing Bridge supply voltage is easy using on board trimpot with , a quarter bridge completion resistor and a calibration resistor which can be wired to an external , -1 J1 1 2 3 4 +EXCITATION KEY 5 6 NC CALIBRATION RESISTOR 7 ST1 ST2 8 NC 9 SENSE 10 11 , AMPLIFIER + RG SW2 RP4 FINE 20 GAIN RP5 COARSE 1K 27K 100 R6 196 .22µF .22µF
Calex Electronics
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163MK 161MK 100HZ Calex 10k 103 trimpot instrumentation amplifier low pass filter weighing DSA0054782 200KH

lm3914

Abstract: LM3914 applications 1 1 1 1 1 1 1 1 1 3 4 4 Description Ceramic Cap Ceramic Cap Bar Graph LED 1/4 W Film Resistor 1/4 W Film Resistor 1/4 W Film Resistor 1/4 W Film Resistor Trimpot Trimpot On/Off Switch Bar Graph IC , the lower resistor in the input comparator chain is pinned out at RLO, it is a simple matter to tie , LED 18 17 16 15 14 13 12 11 10 R4 1.3K 1 U2 MPX5100 ZERO CAL. R2 1.2 k R6 100 R1 100 R5 1k , 2.7K 1.3K 1K 100 Rating 0.1 µF 1 µF GI MV57164 Manufacturer Part Number Bourns Bourns NKK National
Motorola
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DIAGRAM LM3914 LM3914S EVB129

LMPTWH556S

Abstract: EVN-5ESX50B14 R1 1K 1K 1K DATA FLASH MOVIE GND 0 2 4 0 2 4 0 2 4 SW3 1 3 5 2 3 4 , Trim-pot VR4 sets duration. MOVIE Toggle on/off movie mode illumination. Current level determined by , released together. 2. Flash pulse duration is adjustable from 10ms to 2 seconds. Rotate trim-pot VR4 , ; Microchip 8-Pin PDIP Package High Brightness Flash LED Lumileds 1K, 5%, 1/4W; 1206 Vishay 1µF, 10V , SW1 - SW3 LXCL-PWF1 Chip Resistor GRM18 GRM18 GRM18 GRM31 Chip Resistor Chip Resistor Chip
Advanced Analogic Technologies
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AAT3172 red 5mm LED with holder TACT Switch with LED resistor 330k 1206 220k trimpot LED flash pot 100K smd EV-127

lm3914

Abstract: IC LM3914 W Film Resistor 1/4 W Film Resistor 1/4 W Film Resistor 1/4 W Film Resistor Trimpot Trimpot On/Off , resistor in the input comparator chain is pinned out at RLO, it is a simple matter to tie this pin to a , 17 16 15 14 13 12 11 10 R4 1.3K 1 U2 MPX5100 ZERO CAL. R6 100 R1 100 R2 1.2 k R5 1k Full Scale , 4-40 Nylon Screw 100 1.2K 2.7K 1.3K 1K 100 Description Rating 0.1 µF 1 µF GI MV57164 Manufacturer Part , Freescale Semiconductor 3-275 LM3914 RHI 6 1k ­ + ­ + ­ + ­ + ­ + ­ + ­ + ­ + ­ + ­ + V+ Comparator 1
Freescale Semiconductor
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IC LM3914 comparator pressure sensor instrumentation amplifier circuit IC 1 LM3914 D1-D10

hs7584

Abstract: SP7584 3KÎ2 resistor in series with a 5K£i trimpot. This will give enough adjustment range to match the , trimpot in series with the feedback resistor of the second op amp would allow for a 0 to +7% adjustment , with a 2K£2 trimpot will adjust out any errors for ±VR F J/2, or a 9K£2 resistor in series with a 2K ii , provide 4-quadrant multiplication with a separate reference input and feedback resistor for each DAC. The , 10Vp|
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