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Part Manufacturer Description Datasheet Download Buy Part
LT5400BCMS8E-7#PBF Linear Technology LT5400 - Quad Matched Resistor Network; Package: MSOP; Pins: 8; Temperature Range: 0°C to 70°C
LT5400AHMS8E-1#TRPBF Linear Technology LT5400 - Quad Matched Resistor Network; Package: MSOP; Pins: 8; Temperature Range: -40°C to 125°C
LT5400BCMS8E-1#TRPBF Linear Technology LT5400 - Quad Matched Resistor Network; Package: MSOP; Pins: 8; Temperature Range: 0°C to 70°C
LT5400BHMS8E-3#TRPBF Linear Technology LT5400 - Quad Matched Resistor Network; Package: MSOP; Pins: 8; Temperature Range: -40°C to 125°C
LT5400BMPMS8E-2#TRPBF Linear Technology LT5400 - Quad Matched Resistor Network; Package: MSOP; Pins: 8; Temperature Range: -55°C to 125°C
LT5400AHMS8E-4#TRPBF-ES Linear Technology LT5400 - Quad Matched Resistor Network; Package: MSOP; Pins: 8; Temperature: H

1k trimpot resistor Datasheets Context Search

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T73 relay

Abstract: l512fy131 275v G-mov L512FY131 gentron 10k trimpot schematic diagram 180v dc motor speed controller lM358 schematic diagram 180v dc motor speed controller Gentron A-4-2033F 50k trimpot
Text: . 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


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PDF 13DVA 15DVA ISO9001 106th T73 relay l512fy131 275v G-mov L512FY131 gentron 10k trimpot schematic diagram 180v dc motor speed controller lM358 schematic diagram 180v dc motor speed controller Gentron A-4-2033F 50k trimpot
1998 - MC14030

Abstract: 240v n-channel depletion mosfet 170VDC VN0650N3 IN4005 LND150N3
Text: 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


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PDF 120VAC LND150N3. 170VDC 100mV 120VAC/ 240VAC MC14030 240v n-channel depletion mosfet VN0650N3 IN4005 LND150N3
2005 - Not Available

Abstract: No abstract text available
Text: 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


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PDF 2700HN 500LFM 200LFM 100LFM B-143
2007 - 1k trimpot resistor

Abstract: 3N48
Text: 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


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PDF 2700HN packag10 500LFM 200LFM 100LFM B-153 1k trimpot resistor 3N48
2008 - 1k trimpot

Abstract: 1k trimpot resistor capacitor 3.3 microfarad specifications 2700 microfarad capacitor B186 martek
Text: (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


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PDF 2700HN packag10 500LFM 200LFM 100LFM B-187 1k trimpot 1k trimpot resistor capacitor 3.3 microfarad specifications 2700 microfarad capacitor B186 martek
2005 - Not Available

Abstract: No abstract text available
Text: 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


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PDF 2700HN 500LFM 200LFM 100LFM B-143
2005 - Not Available

Abstract: No abstract text available
Text: 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


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PDF 2700HN 500LFM 200LFM 100LFM B-137
2009 - Not Available

Abstract: No abstract text available
Text: ) 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


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PDF 2700HN 400kHz, B-198 B-199
1996 - HS7584C

Abstract: HS7584 HS7584B DB10 HS2700 10k trimpot
Text: 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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PDF SP7584 40-Pin 44-Pin HS7584 HS7584B/LCC* HS7584C/PLCC HS7584C/PDIP MIL-STD-883C, HS7584C HS7584B DB10 HS2700 10k trimpot
Not Available

Abstract: No abstract text available
Text: (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


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PDF 2700HN 400kHz, B-198 B-199
1996 - 10k trimpot

Abstract: MC14030 DIODE in4005 240v n-channel depletion mosfet zener diode 5.1v N-Channel Depletion-Mode MOSFET 10k trimpot resistor Variable resistor 10K ohm IN4005 LND1
Text: (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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PDF LND150N3. 170VDC 100mV sec/100mV) 120VAC/ 240VAC 10k trimpot MC14030 DIODE in4005 240v n-channel depletion mosfet zener diode 5.1v N-Channel Depletion-Mode MOSFET 10k trimpot resistor Variable resistor 10K ohm IN4005 LND1
resistor 330k

Abstract: resistor 220k LMPTWH556S GRM18 Murata trimpot 100K Tact Switch led component 6 pin PIC12F675 AAT3174 red 5mm LED with holder pot 100K smd
Text: ) 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


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PDF EV-128 AAT3174 800mA. 600mA EV-128 resistor 330k resistor 220k LMPTWH556S GRM18 Murata trimpot 100K Tact Switch led component 6 pin PIC12F675 red 5mm LED with holder pot 100K smd
2009 - MC14030

Abstract: 10k trimpot 240v n-channel depletion mosfet 01UF DIODE in4005 IN4005 diode data sheet in4005 10k trimpot resistor IN4005 diode LND150N3
Text: 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


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PDF AN-D10 120VAC LND150N3. 170VDC MC14030 10k trimpot 240v n-channel depletion mosfet 01UF DIODE in4005 IN4005 diode data sheet in4005 10k trimpot resistor IN4005 diode LND150N3
1998 - LM3914 applications

Abstract: lm3914 LM3914 PIN IC LM3914 PIN DIAGRAM LM3914 IC LM3914 IS VOLTAGE REGULATOR OR CURRENT REGULATOR MPX5100 18 PIN DIAGRAM LM3914 "LED BAR" driver graph IC LM3914 comparator
Text: 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


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PDF AN1304 MPX5100 LM3914, DEVB129 LM3914 LM3914 applications LM3914 PIN IC LM3914 PIN DIAGRAM LM3914 IC LM3914 IS VOLTAGE REGULATOR OR CURRENT REGULATOR 18 PIN DIAGRAM LM3914 "LED BAR" driver graph IC LM3914 comparator
Calex

Abstract: 163MK 10k trimpot resistor 10k 103 trimpot 10k trimpot instrumentation amplifier low pass filter weighing trimpot 100 k ohm DSA0054782 trimpot 102 161MK
Text: 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


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PDF 163MK 161MK 100HZ Calex 10k trimpot resistor 10k 103 trimpot 10k trimpot instrumentation amplifier low pass filter weighing trimpot 100 k ohm DSA0054782 trimpot 102 161MK
MC14030

Abstract: 1K capacitor IN4005 240v n-channel depletion mosfet 240v n-channel mosfet to-92 1k trimpot resistor
Text: +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


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PDF LND150N3. 120VAC 170VDC 100mV sec/100mV) 120VAC/ 240VAC MC14030 1K capacitor IN4005 240v n-channel depletion mosfet 240v n-channel mosfet to-92 1k trimpot resistor
10k trimpot

Abstract: ic lm324 DC MOTOR DRIVE WITH LM324 schematic diagram 100v dc motor speed controller DC MOTOR SPEED CONTROL USING lm324 trimpot 100K IRFZ44 equivalent 10k trimpot resistor lm358 IC wiring diagram, variable speed drives
Text: . 3 TRIMPOT ADJUSTMENTS , terminal. The shield of the cable should connect to the Common terminal of the control. 3 TRIMPOT , : TRIMPOT PRESET 1. Preset speedpot fully CCW, preset Max trimpot CW 1/2 way, preset Current Limit trimpot fully CW, preset Min trimpot fully CCW, preset Accel trimpot CW 1/2 way, preset I.R. trimpot fully CCW. DC power can now be applied to the system and the control adjusted as directed below: TRIMPOT


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PDF 65E10 106th -5-3180C ISO9001 10k trimpot ic lm324 DC MOTOR DRIVE WITH LM324 schematic diagram 100v dc motor speed controller DC MOTOR SPEED CONTROL USING lm324 trimpot 100K IRFZ44 equivalent 10k trimpot resistor lm358 IC wiring diagram, variable speed drives
LMPTWH556S

Abstract: EVN-5ESX50B14 red 5mm LED with holder TACT Switch with LED resistor 330k 1206 220k trimpot 100k trimpot vr4 control PIC12F675 lumimicro led
Text: 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


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PDF EV-127 AAT3172 600mA EV-127 LMPTWH556S EVN-5ESX50B14 red 5mm LED with holder TACT Switch with LED resistor 330k 1206 220k trimpot 100k trimpot vr4 control PIC12F675 lumimicro led
2003 - lm3914

Abstract: LM3914 applications 18 PIN DIAGRAM LM3914 PIN DIAGRAM LM3914 MC78L05ACP LM3914 PIN MV57164 DIAGRAM LM3914 LM3914S MPX5100
Text: 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


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PDF AN1304 MPX5100 LM3914, DEVB129 LM3914 LM3914 applications 18 PIN DIAGRAM LM3914 PIN DIAGRAM LM3914 MC78L05ACP LM3914 PIN MV57164 DIAGRAM LM3914 LM3914S
2005 - lm3914

Abstract: IC LM3914 LM3914 applications IC LM3914 comparator pressure sensor instrumentation amplifier circuit MPX5100 PIN DIAGRAM LM3914 MC78L05ACP IC 1 LM3914 MV57164
Text: 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


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PDF AN1304 MPX5100 LM3914, DEVB129 Gau04 LM3914 IC LM3914 LM3914 applications IC LM3914 comparator pressure sensor instrumentation amplifier circuit PIN DIAGRAM LM3914 MC78L05ACP IC 1 LM3914 MV57164
SP7584

Abstract: hs7584
Text: 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|<-PK A ll bits O N 1K 10K 100K 1M H z F R E Q U E N C Y (H ertz) CONTROL TRUTH TABLE Ao 0 0


OCR Scan
PDF SP7584 12-Bit 40-Pin 44-Pin HS7584
2005 - MC78L05ACP

Abstract: LM3914N XDCR MPX2100 sensor tp-104-01-00 IC LM3914N DEVB147
Text: 6 + MC33274 R4 1k 10 ­ 9 + U3C MC33274 11 R9 1k 8 R12 470 1 2 3 4 5 6 7 8 9 LED GND B+ RLO SIG RHI , MPX2100DP R1 1k FULL SCALE CAL. R2 2.7 k R14 470 TP1 (FULL SCALE VOLTAGE) GND R5 1k R13 1k R11 200 , MC78L05ACP U2B 5 ­ 6 + MC33274 R3 4 GND 1 R4 1k R5 1k U2C MC33274 10 ­ 8 9 + 11 R7 1k R6 1k 100 k 13 ­ U2D 14 12 + MC33274 R2 1k U2A 3 ­ 1 2 + MC33274 R1 1k OUTPUT NOTE: For zero , architecture. Since the lower resistor in the input comparator chain is pinned out at RLO, it is a simple


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PDF AN1309 MPX2000 LM3914, DEVB147 MV57164 MV57124A 3386P-1-102 3386P-1-201 12SDP2 MC78L05ACP LM3914N XDCR MPX2100 sensor tp-104-01-00 IC LM3914N
SP7584

Abstract: No abstract text available
Text: 1111 LSB. A 4.0KQ resistor in series with a 2K£2 trimpot will adjust out any errors for±VREF/2, or a 9KQ resistor in series with a 2KQ trimpot for ±V REF . Note: Trimpots reduce stability coefficients , provide 4-quadrant multiplication with a separate reference input and feedback resistor for each DAC. The , V P K -P K All bits ON 100Hz 1K 10K 100K FREQUENCY (Hertz) 1MHz Q C Û C Û C 2.0 LU 1.5 Ê CC, o , Resistor of DAC A. Pin 9 - 10| A - Current output to virtual ground for DAC A. Pin 10 - IQ2 A - Current


OCR Scan
PDF SP7584 12-Bit 40-Pin 44-Pin HS7584 HS7584C/PLCC HS7584C/PDIP. MIL-STD-883C,
ILQ74 opto isolator

Abstract: 78C05 5v regulator SCHEMATIC DIAGRAM REVERSE KWH METER 78c05 opto isolator ILQ74 78LC05-voltage REGULATOR IC 78C05 db25 pcb mount 78c05 voltage regulator datasheet REGULATOR IC 78C05
Text: Channel 2 trim-pot P1.* n Remove P2 trim-pot . Short-circuit the trim-pot footprint.* n Replace resistor , up for the SA9607M, so the bias resistor is made up of resistor R17 and trimpot P1 in series. The , Resistor , 22k, 1/4W, 1%, metal Resistor , 680R, 1/4W, 1%, metal Resistor , 1k , 1/4W, 1%, metal R22 C1 , transformer's resistor values need to change to make some of the rated conditions possible. This will be , external trim-pots or resistor ladders are required to calibrate the meter. This greatly enhances the


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PDF PM9607AP SA9607M PM9607AP SA9607P SA9607 ILQ74 opto isolator 78C05 5v regulator SCHEMATIC DIAGRAM REVERSE KWH METER 78c05 opto isolator ILQ74 78LC05-voltage REGULATOR IC 78C05 db25 pcb mount 78c05 voltage regulator datasheet REGULATOR IC 78C05
1998 - LM3914N

Abstract: mc78l05acp mv57164 digital lm3914 IC LM3914N Digital Pressure Gauge circuit diagram ic 301 pressure D1-D10 MC68HC11 interface board block diagram Bar graph display driver
Text: Film Resistor 1/4 Watt Film Resistor 1/4 Watt Film Resistor 1/4 Watt Film Resistor Trimpot Trimpot , 1k U3C 10 MC33274 + 9 ­ 11 8 R9 1k R3 1.2 k XDCR1 MPX2100DP R1 1k FULL SCALE CAL. R2 2.7 k , LM3914N TP1 (FULL SCALE VOLTAGE) GND R5 1k R13 1k R11 200 TP2 +5 VOLTS R14 470 R10 820 ZERO CAL , k 13 12 100 k U2D C2 1 µF R5 1 k U2C MC33274 8 11 ­ 14 + MC33274 R2 1k 3 U2A 1 + 2 ­ MC33274 R1 1k OUTPUT NOTE: For zero pressure voltage independent of sensor common mode R6/R7 = R2/R1


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PDF AN1309 MPX2000 LM3914, DEVB147 MV57164 MV57124A 3386P-1-102 3386P-1-201 12SDP2 LM3914N mc78l05acp digital lm3914 IC LM3914N Digital Pressure Gauge circuit diagram ic 301 pressure D1-D10 MC68HC11 interface board block diagram Bar graph display driver
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