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REF3225AIDBVT Texas Instruments 2.5V 4ppm/Degrees C, 100uA SOT23-6 Series (Bandgap) Voltage Reference 6-SOT-23 -40 to 125
REF3233AIDBVR Texas Instruments 3.3V 4ppm/Degrees C, 100uA SOT23-6 Series (Bandgap) Voltage Reference 6-SOT-23 -40 to 125
REF3220AIDBVT Texas Instruments 2.048 4ppm/Degrees C, 100uA SOT23-6 Series (Bandgap) Voltage Reference 6-SOT-23 -40 to 125
REF3230AIDBVR Texas Instruments 3.0V 4ppm/Degrees C, 100uA SOT23-6 Series (Bandgap) Voltage Reference 6-SOT-23 -40 to 125
REF3212AIDBVTG4 Texas Instruments 1.25V 4ppm/Degrees C, 100uA SOT23-6 Series (Bandgap) Voltage Reference 6-SOT-23 -40 to 125
REF3225AIDBVRG4 Texas Instruments 2.5V 4ppm/Degrees C, 100uA SOT23-6 Series (Bandgap) Voltage Reference 6-SOT-23 -40 to 125
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  You can filter table by choosing multiple options from dropdownShowing 68 results of 109
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
0242.100UAT1 Littelfuse Inc New Advantage Corporation 1,000 $2.73 $2.55
0242.100UAT1 Littelfuse Inc Bristol Electronics 233 - -
0242.100UAT1 Littelfuse Inc Chip1Stop 500 $2.14 $2.14
0242.100UAT1 Littelfuse Inc RS Components 101 £3.55 £2.35
0242.100UAT1 Littelfuse Inc element14 Asia-Pacific 1,054 $6.83 $2.98
0242.100UAT1 Littelfuse Inc RS Components 627 £3.07 £2.35
0242.100UAT1 Littelfuse Inc element14 Asia-Pacific - $3.24 $3.24
17/3MM/100UADC/MOD Hoyt Electrical Instrument Works Inc Newark element14 2 $180.00 $180.00
19W0-100UA0-100 Sifam Meters element14 Asia-Pacific - $75.72 $71.88
19W0-100UA0-30 Sifam Meters element14 Asia-Pacific - $75.72 $71.88
29W0-100UA0-100 Sifam Meters element14 Asia-Pacific - $83.27 $74.95
29W0-100UA0-30 Sifam Meters element14 Asia-Pacific - $83.27 $74.94
39W0-100UA0-100 Sifam Meters element14 Asia-Pacific - $103.72 $93.34
CDRA1BWU50-100U-A54-X10 SMC Corporation of America Allied Electronics & Automation - $485.26 $485.26
EEE-FKV100UAR Panasonic Electronic Components Newark element14 1,609 $0.06 $0.06
EEE-FKV100UAR Panasonic Electronic Components New Advantage Corporation 4,000 $0.14 $0.13
EEE-FKV100UAR Panasonic Electronic Components Allied Electronics & Automation - $0.24 $0.21
EEE-FKV100UAR Panasonic Electronic Components Allied Electronics & Automation - $0.24 $0.21
EEE-FKV100UAR Panasonic Electronic Components Newark element14 2,000 $0.03 $0.03
EEE-FKV100UAR Panasonic Electronic Components Master Electronics 6,000 $0.11 $0.07
EEE-FKV100UAR Panasonic Electronic Components Future Electronics - $0.09 $0.07
EEE-FPV100UAR Panasonic Electronic Components Future Electronics - $0.09 $0.08
EEE-FPV100UAR Panasonic Electronic Components Newark element14 2,000 $0.03 $0.03
EEE-FPV100UAR Panasonic Electronic Components Allied Electronics & Automation 2,740 $0.29 $0.25
EEE-FPV100UAR Panasonic Electronic Components Allied Electronics & Automation - $0.29 $0.24
EEE-FPV100UAR Panasonic Electronic Components Chip1Stop 1,739 $0.28 $0.11
EEE-FPV100UAR Panasonic Electronic Components Future Electronics - $0.14 $0.10
EEE-FPV100UAR. Panasonic Electronic Components Newark element14 2,000 $0.11 $0.10
EEE-FTH100UAR Panasonic Electronic Components Chip1Stop 2,101 $0.23 $0.16
EEE-FTH100UAR Panasonic Electronic Components Future Electronics - $0.10 $0.09
EEE-FTH100UAR Panasonic Electronic Components Future Electronics - $0.15 $0.11
EEE-FTH100UAR Panasonic Electronic Components Chip1Stop 806 $1.48 $0.13
EEE-FTH100UAR Panasonic Electronic Components Master Electronics 11,457 $0.13 $0.08
EEE-HBE100UAR Panasonic Electronic Components Farnell element14 2,000 £0.06 £0.06
EEE-HBE100UAR Panasonic Electronic Components Future Electronics 4,000 $0.07 $0.06
EEE-HBE100UAR Panasonic Electronic Components Master Electronics 16,290 $0.06 $0.05
EEE-HBE100UAR Panasonic Electronic Components Chip1Stop 2,024 $0.07 $0.07
EEE-HBE100UAR Panasonic Electronic Components Chip1Stop 2,024 $0.18 $0.11
EEE-HBE100UAR Panasonic Electronic Components Allied Electronics & Automation - $0.21 $0.17
EEE-HBE100UAR Panasonic Electronic Components New Advantage Corporation 2,000 $0.10 $0.10
EEE-HBE100UAR Panasonic Electronic Components Future Electronics - $0.14 $0.08
EEE-HBE100UAR. Panasonic Electronic Components Newark element14 2,000 $0.08 $0.07
EEEFKV100UAR Panasonic Electronic Components Farnell element14 4,000 £0.07 £0.07
EEEFKV100UAR Panasonic Electronic Components RS Components 850 £0.24 £0.14
EEEFKV100UAR Panasonic Electronic Components Avnet 2,000 $0.08 $0.07
EEEFKV100UAR Panasonic Electronic Components RS Components 1,900 £0.19 £0.14
EEEFKV100UAR Panasonic Electronic Components America II Electronics 64,000 - -
EEEFKV100UAR Panasonic Electronic Components Chip1Stop 3,099 $0.08 $0.08
EEEFPV100UAR Panasonic Electronic Components TME Electronic Components 151 $0.28 $0.11
EEEFPV100UAR Panasonic Electronic Components Avnet 14,000 €0.09 €0.08
EEEFPV100UAR Panasonic Electronic Components RS Components 8,015 £0.20 £0.11
EEEFPV100UAR Panasonic Electronic Components Avnet 2,000 $0.09 $0.07
EEEFPV100UAR Panasonic Electronic Components Schukat electronic 8,100 €0.10 €0.07
EEEFTH100UAR Panasonic Electronic Components Schukat electronic 1,300 €0.12 €0.09
EEEFTH100UAR Panasonic Electronic Components Avnet 950 $0.25 $0.10
EEEFTH100UAR Panasonic Electronic Components Avnet 18,000 €0.17 €0.12
EEEFTH100UAR Panasonic Electronic Components Avnet 10,000 - -
EEEFTH100UAR Panasonic Electronic Components Farnell element14 34,000 £0.09 £0.08
EEEFTH100UAR Panasonic Electronic Components RS Components 220 £0.17 £0.09
EEEHBE100UAR Panasonic Electronic Components Farnell element14 1,605 £0.24 £0.08
EEEHBE100UAR Panasonic Electronic Components RS Components 450 £0.14 £0.07
EEEHBE100UAR Panasonic Electronic Components Schukat electronic - €0.10 €0.07
EEEHBE100UAR Panasonic Electronic Components Avnet 2,000 $0.07 $0.06
HDL36100UA Square D by Schneider Electric Allied Electronics & Automation - $1746.12 $1746.12
LZ1-00UA00-00U8 LED Engin Inc Farnell element14 - £23.33 £19.67
SD60/0-100UA SPC Multicomp Farnell element14 96 £31.18 £14.32
SD80/0-100UA SPC Multicomp Newark element14 54 $31.20 $25.73
SD80/0-100UA SPC Multicomp Farnell element14 40 £22.04 £13.85

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100UA Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1988 - lm324 rtd application

Abstract: AB-165A Current Mirror FET 1N4148 Lm324 window comparator PWS740
Text: FLOATING: No Power Supply or Ground Connections q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT , monolithic chip-two 100µA current sources and a current mirror. The sections are dielectrically isolated , laser-trimmed to achieve high accuracy at low cost. The sections can be pin-strapped for currents of 50µA, 100µA , available in plastic 8-pin mini-DIP and SOIC packages. I1 High 8 I2 High 7 Substrate 6 Mirror In 5 100µA 100µA 1 I1 Low 2 I2 Low 3 Mirror Common 4 Mirror Out International Airport Industrial


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PDF REF200 25ppm/ REF200 REF200AU REF200AP REF200AU REF200AU/2K5 lm324 rtd application AB-165A Current Mirror FET 1N4148 Lm324 window comparator PWS740
1988 - lm324 and rtd interfacing

Abstract: Lm324 window comparator datasheet PWS740 REF200AU REF200AP AB-165 1N4689 1N4148 REF200 OPA128
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , See Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift


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PDF REF200 25ppm/ REF200 lm324 and rtd interfacing Lm324 window comparator datasheet PWS740 REF200AU REF200AP AB-165 1N4689 1N4148 OPA128
1988 - PWS740

Abstract: No abstract text available
Text: FLOATING: No Power Supply or Ground Connections q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT , monolithic chip-two 100µA current sources and a current mirror. The sections are dielectrically isolated , laser-trimmed to achieve high accuracy at low cost. The sections can be pin-strapped for currents of 50µA, 100µA , available in plastic 8-pin mini-DIP and SOIC packages. I1 High 8 I2 High 7 Substrate 6 Mirror In 5 100µA 100µA 1 I1 Low 2 I2 Low 3 Mirror Common 4 Mirror Out International Airport Industrial


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PDF REF200 25ppm/ REF200 PWS740
1988 - Current source-100uA

Abstract: AB-165A AB-165 "instrumentation amplifier" rtd lm324 triangle lm324 current limiter 1n4148 circuit diagram lm393 over lm324 and rtd 2N5116
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , See Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift


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PDF REF200 25ppm/ REF200 Current source-100uA AB-165A AB-165 "instrumentation amplifier" rtd lm324 triangle lm324 current limiter 1n4148 circuit diagram lm393 over lm324 and rtd 2N5116
1988 - LM393 flame sensor

Abstract: AB-165A 2n5116 PWS740 lm324 rtd application J109 Current source-200uA Current source-100uA AB-165 ref200Aue4
Text: FLOATING: No Power Supply or Ground Connections q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT , monolithic chip-two 100µA current sources and a current mirror. The sections are dielectrically isolated , laser-trimmed to achieve high accuracy at low cost. The sections can be pin-strapped for currents of 50µA, 100µA , available in plastic 8-pin mini-DIP and SOIC packages. I1 High 8 I2 High 7 Substrate 6 Mirror In 5 100µA 100µA 1 I1 Low 2 I2 Low 3 Mirror Common 4 Mirror Out International Airport Industrial


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PDF REF200 25ppm/ REF200 LM393 flame sensor AB-165A 2n5116 PWS740 lm324 rtd application J109 Current source-200uA Current source-100uA AB-165 ref200Aue4
1988 - Burr-Brown IC free opa128

Abstract: op amp LM324 PWS740
Text: FLOATING: No Power Supply or Ground Connections q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT , monolithic chip-two 100µA current sources and a current mirror. The sections are dielectrically isolated , laser-trimmed to achieve high accuracy at low cost. The sections can be pin-strapped for currents of 50µA, 100µA , available in plastic 8-pin mini-DIP and SOIC packages. I1 High 8 I2 High 7 Substrate 6 Mirror In 5 100µA 100µA 1 I1 Low 2 I2 Low 3 Mirror Common 4 Mirror Out International Airport Industrial


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PDF REF200 25ppm/ REF200 Burr-Brown IC free opa128 op amp LM324 PWS740
1988 - Current source-100uA

Abstract: LM324
Text: FLOATING: No Power Supply or Ground Connections q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT , monolithic chip-two 100µA current sources and a current mirror. The sections are dielectrically isolated , laser-trimmed to achieve high accuracy at low cost. The sections can be pin-strapped for currents of 50µA, 100µA , available in plastic 8-pin mini-DIP and SOIC packages. I1 High 8 I2 High 7 Substrate 6 Mirror In 5 100µA 100µA 1 I1 Low 2 I2 Low 3 Mirror Common 4 Mirror Out International Airport Industrial


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PDF REF200 25ppm/ REF200 Current source-100uA LM324
1988 - PWS740

Abstract: No abstract text available
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip—two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually , Data Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA , „¦ nAp-p pA/√Hz 1 25 100 0.05 1.4 See Curves 5 1.005 pF I = 100µA Unless Otherwise


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PDF REF200 25ppm/Â REF200 PWS740
1997 - M93C46BN1

Abstract: PLCC32 512k M2716-1F1 ST24C04M1 M93S46RBN1 200N1 M24C32MN1 M27C1024-12F7 M28F512-15C1 M27C256B-20C7
Text: 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/200µA 30mA/200µA 30mA/200µA 30mA/200µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA 30mA/ 100µA Temperature Range (°C


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PDF M2716-1F1 M2716-1F6 M2716F1 M2716F6 M2732A-2F1 M2732AF1 M2732AF6 M2732A-3F1 M2764A-1F1 M2764A-20F1 M93C46BN1 PLCC32 512k ST24C04M1 M93S46RBN1 200N1 M24C32MN1 M27C1024-12F7 M28F512-15C1 M27C256B-20C7
1988 - PWS740

Abstract: No abstract text available
Text: FLOATING: No Power Supply or Ground Connections q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT , monolithic chip-two 100µA current sources and a current mirror. The sections are dielectrically isolated , laser-trimmed to achieve high accuracy at low cost. The sections can be pin-strapped for currents of 50µA, 100µA , available in plastic 8-pin mini-DIP and SOIC packages. I1 High 8 I2 High 7 Substrate 6 Mirror In 5 100µA 100µA 1 I1 Low 2 I2 Low 3 Mirror Common 4 Mirror Out International Airport Industrial


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PDF REF200 25ppm/ REF200 PWS740
1988 - burr brown 3460

Abstract: LM324 LM393 switching power supply
Text: FLOATING: No Power Supply or Ground Connections q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT , monolithic chip-two 100µA current sources and a current mirror. The sections are dielectrically isolated , laser-trimmed to achieve high accuracy at low cost. The sections can be pin-strapped for currents of 50µA, 100µA , available in plastic 8-pin mini-DIP and SOIC packages. I1 High 8 I2 High 7 Substrate 6 Mirror In 5 100µA 100µA 1 I1 Low 2 I2 Low 3 Mirror Common 4 Mirror Out International Airport Industrial


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PDF REF200 25ppm/ REF200 burr brown 3460 LM324 LM393 switching power supply
1988 - lm324 and rtd

Abstract: AB-165 REF200 AB-165A "instrumentation amplifier" rtd LM393 1N4148 D-2 DIODE CHIP 1N4148 Siliconix JFETs Dual LM324 circuit DIAGRAM
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift Impedance


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PDF REF200 25ppm/ REF200 LM393 OPA1013 MAT03 INA105 lm324 and rtd AB-165 AB-165A "instrumentation amplifier" rtd LM393 1N4148 D-2 DIODE CHIP 1N4148 Siliconix JFETs Dual LM324 circuit DIAGRAM
1988 - lm324 and rtd interfacing

Abstract: lm324 and rtd "instrumentation amplifier" rtd lm324 current limiter AB-165 Lm324 window comparator datasheet information regarding diode 1N4148 Siliconix JFETs Dual 1N4148 D-2 MAT03 op
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , See Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift


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PDF REF200 25ppm/ REF200 lm324 and rtd interfacing lm324 and rtd "instrumentation amplifier" rtd lm324 current limiter AB-165 Lm324 window comparator datasheet information regarding diode 1N4148 Siliconix JFETs Dual 1N4148 D-2 MAT03 op
1988 - LM393 flame sensor

Abstract: LM324 COMPARATOR current mirror cascode INTEGRATED CIRCUITS LM393 PIN DETAILS Lm324 window comparator datasheet REF200AP AB-165 PWS740 1N4148 REF200
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , See Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift


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PDF REF200 25ppm/ REF200 LM393 flame sensor LM324 COMPARATOR current mirror cascode INTEGRATED CIRCUITS LM393 PIN DETAILS Lm324 window comparator datasheet REF200AP AB-165 PWS740 1N4148
1988 - PWS740

Abstract: REF200AP AB-165 1N4689 1N4148 REF200AU REF200 Lm324 window comparator datasheet 2N5116 1N4148 discontinued
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , See Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift


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PDF REF200 25ppm/ REF200 PWS740 REF200AP AB-165 1N4689 1N4148 REF200AU Lm324 window comparator datasheet 2N5116 1N4148 discontinued
1988 - AB-165a

Abstract: Current source-100uA lm324 and rtd 1N4148 discontinued lm324 rtd application SBVS020 temperature sensor REF200 "instrumentation amplifier" rtd amplifier lm393 AB-165
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , See Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift


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PDF REF200 25ppm/ REF200 AB-165a Current source-100uA lm324 and rtd 1N4148 discontinued lm324 rtd application SBVS020 temperature sensor REF200 "instrumentation amplifier" rtd amplifier lm393 AB-165
1988 - Lm324 window comparator

Abstract: REF200AU AB-165 burr brown 3460 AB-165A 2N5116 LM324 1N4148 PWS740 REF200AP
Text: CIRCUITRY q HIGH ACCURACY: 100µA ±0.5% q LOW TEMPERATURE COEFFICIENT: ±25ppm/°C q WIDE VOLTAGE , building-blocks on a single monolithic chip-two 100µA current sources and a current mirror. The sections are , currents of 50µA, 100µA , 200µA, 300µA or 400µA. External circuitry can be used to obtain virtually any , Sheet. I1 High I2 High Substrate Mirror In 8 7 6 5 100µA 100µA 1 , See Curves 5 1.005 pF I = 100µA Unless Otherwise Noted Gain Temperature Drift


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PDF REF200 25ppm/ REF200 Lm324 window comparator REF200AU AB-165 burr brown 3460 AB-165A 2N5116 LM324 1N4148 PWS740 REF200AP
1996 - MTS102

Abstract: temperature sensor REF200 BE25 REF200 AB-036 OPA1013 OPA177 9717K
Text: contains a collection of circuits to address a variety of applications. 4.5V to 36V REF200 100µA 100µA R2 A1 THE DIODE Just about any silicon diode can be used as a temperature measurement , . Since the MTS102 is specified for 100µA operation, the Burr-Brown REF200 Dual 100µA Current Source , shows the simplest diode-based temperature measurement system. One of the 100µA current sources in the , R1 Motorola MTS102 VO = VBE (1 + R2/R1) ­ 100µA · R2 Where: VBE = voltage across diode (V


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PDF REF200 OPA1013 MTS102 MTS102 temperature sensor REF200 BE25 REF200 AB-036 OPA1013 OPA177 9717K
2000 - MTS102

Abstract: temperature sensor REF200 AS5V 100k dual pot OPA177 OPA1013 BE25 AB-036 REF200 MTS102 datasheet
Text: contains a collection of circuits to address a variety of applications. 4.5V to 36V REF200 100µA 100µA R2 A1 THE DIODE Just about any silicon diode can be used as a temperature measurement , . Since the MTS102 is specified for 100µA operation, the Burr-Brown REF200 Dual 100µA Current Source , shows the simplest diode-based temperature measurement system. One of the 100µA current sources in the , OPA1013 R1 Motorola MTS102 VO = VBE (1 + R2/R1) ­ 100µA · R2 Where: VBE = voltage across diode


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PDF
2003 - FAN4040

Abstract: FAN4040DIS325X TCVR
Text: Breakdown Voltage Long-term Stability Conditions IK = 100µA IK = 100µA IK = 1mA IRMIN IK 1mA 1mA IK 15mA 1mA IK 25mA IK=1mA, f=120Hz, IAC=0.1IK IK= 100µA , 10Hz f 10kHz t=1000hrs, T=25°C, IK= 100µA Limits A B C D 2.500 2.500 2.500 2.500 ±2.5 ±5.0 ±12 ±25 · ±19 ±21 ±29 ±49 · , Breakdown Voltage Long-term Stability Conditions IK = 100µA IK = 100µA IK = 1mA IRMIN IK 1mA 1mA IK 15mA 1mA IK 25mA IK=1mA, f=120Hz, IAC=0.1IK IK= 100µA , 10Hz f 10kHz t=1000hrs, T


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PDF FAN4040 FAN4040 100ppm/ DS30004040 FAN4040DIS325X TCVR
LTE-C9301

Abstract: LTE-C1901 LTR-S320C LTR-C9303B LTR-733DBM1 LTR-5986D LTR-C1903B c1906 LTE-C1506 LTE-5238A
Text: VCE(SAT) Min. @Ic= 100µA 0.4V VCEO Min. @Ic=1mA 30V Phototransistors T-13/4 Top View 0.1 , /cm2 Dark Current Min. @VCE=10V Dark Yes 8mA 100nA VCE(SAT) Min. @Ic= 100µA 0.4V , Water Clear No 4mA 100nA VCE(SAT) Min. @Ic= 100µA 0.4V VCEO Min. @Ic=1mA 30V 177 , (SAT) Min. @Ic= 100µA 0.4V VCEO Min. @Ic=1mA 30V Phototransistors Side Look Part No , Min. @VCE=10V Water Clear No 2mA 100nA VCE(SAT) Min. @Ic= 100µA 0.4V VCEO Min


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PDF 940nm 880nm 875nm/850nm T-13/4 S3203B 940nm LTR-C930DB 850nm LTR-S320C LTE-C9301 LTE-C1901 LTR-S320C LTR-C9303B LTR-733DBM1 LTR-5986D LTR-C1903B c1906 LTE-C1506 LTE-5238A
2001 - L242

Abstract: L243 TS4040
Text: Term Stability En Wide Band Noise Test Condition Ik = 100µA Ik = 100µA -40°C < T < +85°C , < +85°C Ik = 100µA Ikmin < Ik < 1mA -40°C < T < +85°C 1mA < Ik < 15mA -40°C < T < +85°C Ik = Ikmin to 1mA -40°C < T < +85°C Ik = 1 to 15mA -40°C < T < +85°C Ik = 100µA , t = 1000hrs Ik = 100µA , 100µA Ik = 100µA -40°C < T < +85°C T = 25°C -40°C < T < +85°C Ik = 100µA Ikmin < Ik < 1mA -40°C , 15mA -40°C < T < +85°C Ik = 100µA , t = 1000hrs Ik = 100µA 10Hz < f < 10kHz Min. Typ. Max


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PDF TS4040 150ppm/ TS4040 OT23-3 L242 L243
hearing aid microphone

Abstract: ICL7621DCPA ICL7621B ICL7611 ICL7621 ICL7621BCPA ICL7621C ICL7621DCBA ICL7621DCBA-T
Text: to 100µA at the factory. This results in power consumption as ct ual/ low as 200µW per amplifier , PART NUMBER RANGE (oC) PACKAGE NO. nterE8.3 ICL7621BCPA 0 to 70 8 Ld PDIP l B Grade - IQ = 100µA orpo- ICL7621DCPA E8.3 0 to 70 8 Ld PDIP D Grade - IQ = 100µA tion, M8.15 ICL7621DCBA 0 to 70 8 Ld SOIC miD Grade - IQ = 100µA nM8.15 ICL7621DCBA-T 0 to 70 8 Ld SOIC - D Grade Tape and Reel ctor, IQ = 100µA al, ad, eranal pli- · Wide Operating Voltage Range . . . . . . . . . . . ±1V


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PDF ICL7621 ICL761X/762X ICL7611 100pF, hearing aid microphone ICL7621DCPA ICL7621B ICL7621 ICL7621BCPA ICL7621C ICL7621DCBA ICL7621DCBA-T
2014 - 01A SOT23

Abstract: LM4041CYM3-1.2
Text: IRMIN ΔVR/ΔT IR = 100µA ΔVR/ΔIR Reverse Breakdown Voltage Change with Operating Current Change V ±12 IR = 10mA ±15 IR = 100µA 60 µA µA ±20 IR = 1mA mV , Impedance IR = 1mA, f = 120Hz, IAC = 0.1IR 0.3 eN Wideband Noise IR = 100µA , 10Hz ≤ f â , °C ±0.1°C, IR = 100µA 120 ppm Notes: 1. Exceeding the absolute maximum ratings may damage , (6) Tolerance IRMIN ΔVR/ΔT IR = 100µA ΔVR/ΔIR Reverse Breakdown Voltage Change


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PDF LM4040/LM4041 LM4040 LM4041 OT-23 LM4041-1 LM4040-5 LM4041 01A SOT23 LM4041CYM3-1.2
23C8000

Abstract: No abstract text available
Text: compatible • Operating current : 40mA • Standby current : 100uA • Package - 32 pin plastic DIP - , +0.3V 0.8V 10uA 10uA 100uA 1.0mA 40mA Conditions IOH = -1.0mA IOL = 2.1mA VIN=0 to 5.5V VOUT , Current MAX. STANDBY CURRENT MAX. Package MX23C8000PC-10 100ns 40mA 100uA 32 pin DIP MX23C8000MC-10 100ns 40mA 100uA 32 pin SOP MX23C8000QC-10 100ns 40mA 100uA 32 pin PLCC MX23C8000TC-10 100ns 40mA 100uA 32 pin TSOP MX23C8000PC-12 120ns 40mA


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PDF MX23C8000 100/120/150/200ns 100uA MX23C8000 100/120/150/200ns. 24pin PM0137 SEP/25/1997 JAN/29/1999 JUN/08/2000 23C8000
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