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Part Manufacturer Description Datasheet Download Buy Part
OPA27HT Texas Instruments OP-AMP, 400uV OFFSET-MAX, 6MHz BAND WIDTH, MBCY8
OPA37HT Texas Instruments OP-AMP, 400uV OFFSET-MAX, 41MHz BAND WIDTH, MBCY8
TLC2201BMFK Texas Instruments OP-AMP, 400uV OFFSET-MAX, 1.9MHz BAND WIDTH, CQCC20, CERAMIC, LCC-20
TLC2201AMFK Texas Instruments OP-AMP, 400uV OFFSET-MAX, 1.9MHz BAND WIDTH, CQCC20, CERAMIC, LCC-20
TLC2201BML Texas Instruments OP-AMP, 400uV OFFSET-MAX, 1.9MHz BAND WIDTH, MBCY8, HERMETIC SEALED, METAL CAN-8
TLC2201BMJG Texas Instruments OP-AMP, 400uV OFFSET-MAX, 1.9MHz BAND WIDTH, CDIP8, CERAMIC, DIP-8

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DMC2400UV-13 Diodes Incorporated Avnet 10,000 $0.05 $0.04
DMC2400UV-7 Diodes Incorporated Allied Electronics & Automation 0 $0.15 $0.10
DMC2400UV-7 Diodes Incorporated Farnell element14 110 £0.20 £0.07
DMC2400UV-7 Diodes Incorporated Avnet 0 $0.05 $0.04
DMC2400UV-7 Diodes Incorporated Avnet 0 $0.16 $0.13
DMC2400UV-7 Diodes Incorporated element14 Asia-Pacific 1,000 $0.49 $0.05
DMC2400UV-7 Diodes Incorporated Rutronik 75,000 $0.05 $0.04
DMC2400UV-7 Diodes Incorporated TME Electronic Components 2,710 $0.12 $0.05
DMC2400UV-7 Zetex / Diodes Inc RS Components 13,400 £0.07 £0.05
DMC2400UV-7 Diodes Incorporated Future Electronics 0 $0.06 $0.06
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DMN2400UV-13 Diodes Incorporated Allied Electronics & Automation 0 $0.15 $0.10
DMN2400UV-13 Diodes Incorporated Avnet - -
DMN2400UV-13 Diodes Incorporated Avnet 0 $0.07 $0.06
DMN2400UV-7 Diodes Incorporated Future Electronics 0 $0.07 $0.06
DMN2400UV-7 Diodes Incorporated Avnet 0 $0.07 $0.06
DMN2400UV-7 Diodes Incorporated Allied Electronics & Automation 0 $0.18 $0.13
DMN2400UV-7 Diodes Incorporated element14 Asia-Pacific 5 $0.55 $0.17
DMN2400UV-7 Diodes Incorporated Avnet 0 $0.05 $0.04
DMN2400UV-7 Diodes Incorporated Farnell element14 0 £0.24 £0.07
MD400UV12 Mersen Electrical Power Allied Electronics & Automation 0 $1943.06 $1943.06

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400uV Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2008 - 400uV

Abstract:
Text: operates with common mode voltages up to 36V. The offset voltage is guaranteed to be less than 400uV over , °C Temperature Range · Gain Configurable with Two Resistors · Low Offset Voltage: 400uV Maximum Over


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PDF LT6107, LT6107 400uV 500mV, LT6106 LTC6101 LTC6101HV
MM5437

Abstract:
Text: http://www.national.com ts A/D 5V 12 1/3LSB 400µV 400µV


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PDF AN-804 2-17-16TEL. MM5437 400uV ADC1061 ADC12441 ADC12451 AN-804
1995 - 400uV

Abstract:
Text: determines a valid charge activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid , detected, charge counting continues until V SRO rises above - 400µV . Trickle Charge Compensation , register when VSRO (VSR + VOS) is between - 400µV and 500µV. Communicating With the bq2011K Table 3 , deemed valid when VSRO < - 400µV . A VSRO of greater than- 400µV or discharge activity clears CHGS , to 256 NAC counts with VSRO < - 400µV . CHGS - - - - - - - The EDV flag was


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PDF bq2011K 400uV BENCHMARQ MICROELECTRONICS gauge prog1
Not Available

Abstract:
Text: 4203K Linear ICs Analog Multiplier/Squarer status Military/High-RelN Maximum Frequency (Hz)1M Nom. Supp (V)30 Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)70 Package StyleTO-100 Mounting StyleT Pinout Equivalence Code10-142 # Pins10 Ckt. (Pinout) NumberLN01000142 DescriptionAcc 600m%;Tc 400uV /C;BW 3db 1.0MHZ American Microsemiconductor


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PDF 4203K StyleTO-100 Code10-142 Pins10 NumberLN01000142 400uV/C
1999 - ZVNL110A equivalent

Abstract:
Text: charge activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a , continues until V SRO rises above - 400µV . Trickle Charge Compensation 0.70 0.85 Discharge , when VSRO (VSR + VOS) is between - 400µV and 500µV. Table 3. Self-Discharge Compensation The , ) is asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A , charge action equal to 256 NAC counts with VSRO < - 400µV . I The EDV flag was set at a temperature


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PDF bq2011K ZVNL110A equivalent 400uV ZVNL110A
Not Available

Abstract:
Text: 4203J Linear ICs Analog Multiplier/Squarer status Military/High-RelN Maximum Frequency (Hz)1M Nom. Supp (V)30 Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)70 Package StyleTO-100 Mounting StyleT Pinout Equivalence Code10-142 # Pins10 Ckt. (Pinout) NumberLN01000142 DescriptionAcc 1.0%;Tc 400uV /C;BW 3db 1MHz American Microsemiconductor


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PDF 4203J StyleTO-100 Code10-142 Pins10 NumberLN01000142 400uV/C
Not Available

Abstract:
Text: 4201J Linear ICs Analog Multiplier/Squarer status Military/High-RelN Maximum Frequency (Hz)1.0M Nom. Supp (V)30 Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)60 Package StyleTO-100 Mounting StyleT Pinout Equivalence CodeN/A # PinsN/A Ckt. (Pinout) Number DescriptionAcc 2.0%;Tc 400uV /C;BW 3db 1MHz American Microsemiconductor


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PDF 4201J StyleTO-100 400uV/C
2008 - 400uV

Abstract:
Text: 19-4397; Rev 0; 12/08 MAX9928 Evaluation Kit The MAX9928 evaluation kit (EV kit) provides a proven design to evaluate the MAX9928 uni-/bidirectional, highside, current-sense amplifier, which offers precision accuracy specifications of V OS < 400µV and gain error < 1.0%. This EV kit demonstrates the MAX9928 in an ultrasmall, 1mm x 1.5mm x 0.6mm, 6-bump UCSPTM package. The MAX9928 is also , , current-sense amplifier, which offers precision accuracy specifications of VOS < 400µV and gain error < 1.0


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PDF MAX9928 MAX9928FABT+ MAX9928T, MAX9929F, 400uV MAX9929 digital voltmeter electronic schematic HP6060B max4372 MAX9928T max9929tabt
1999 - AN5337 ca3028

Abstract:
Text: transformer T4 . An input of approximately 400µV is required at the base of the CA3012 for -3dB below full , 1500 to 2000µV must be available from the CA3028A or CA3028B to provide the required 400µV input to , 0.01 µF 0.01µF 2K 0.01µF +49dB 2100µV 7.5µV 400µV 2VRMS T3: INTERSTAGE , 330 pF 6.8K 2 5 1K INPUT 0.01µF 3 0.01 µF 3 2K 0.01µF 15µV 400µV


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PDF CA3028 CA3028A CA3028B 100MHz CA3028A CA3028B AN5337 ca3028 AN5337 trw rf transistor trw RF POWER TRANSISTOR AN5337 equivalent RF amplifiers in the HF and VHF JB22
Not Available

Abstract:
Text: 4203S Linear ICs Analog Multiplier/Squarer status Military/High-RelN Maximum Frequency (Hz)1M Nom. Supp (V)30 Minimum Operating Temp (øC)-55 Maximum Operating Temp (øC)125 Package StyleTO-100 Mounting StyleT Pinout Equivalence Code10-142 # Pins10 Ckt. (Pinout) NumberLN01000142 DescriptionAcc 600m%;Tc 400uV /C;BW 3db 1.0MHz American Microsemiconductor


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PDF 4203S StyleTO-100 Code10-142 Pins10 NumberLN01000142 400uV/C
1996 - 400uV

Abstract:
Text: at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a sustained charge , SRO rises above - 400µV . Trickle Charge Compensation 0.75 0.90 bq2011 Discharge , counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and 500µV. Table 3. bq2011 , . Charge rate is deemed valid when VSRO < - 400µV . A VSRO of greater than- 400µV or discharge activity , discharge activity detected or VSRO > 400µV 1 VSRO < - 400µV 6 5 4 3 2 1 0 -


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PDF bq2011 bq2011 400uV
cd9088cb

Abstract:
Text: ~ 150 V 3.2 VCC=3V Tamb=25 fIrf = 96MHz f =22.5kHz fMOD =1kHz Vi = 400uV RS = 75


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PDF CD9088CB 70kHz 88MHz 96MHz 400uV 180pF 330pF cd9088cb cd9088 1kHz-75kHz CD9088C 70nH 78nH 310nF CD9088CB SOP16 400uV 88MHz108MHz
1995 - Not Available

Abstract:
Text: activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a sustained , until V SRO rises above - 400µV . > 40°C 0.65 0.80 Discharge Compensation Corrections for , counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and 500µV. Table 4. bq2011J , rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A VSRO of greater than- 400µV or , Either discharge activity detected or VSRO > 400µV 1 VSRO < - 400µV 6 5 4 3 2 1


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PDF bq2011J
1995 - 400uV

Abstract:
Text: activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a sustained , until V SRO rises above - 400µV . > 40°C 0.65 0.80 Discharge Compensation Corrections for , counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and 500µV. Table 4. bq2011J , rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A VSRO of greater than- 400µV or , Either discharge activity detected or VSRO > 400µV 1 VSRO < - 400µV 6 5 4 3 2 1


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PDF bq2011J 400uV
2009 - Not Available

Abstract:
Text: Deviation (MAX) VRE117M VRE117MA +3 +3 -55°C to +125°C -55°C to +125°C ±460µV ±400µV VRE119C ±3 -25°C to +85°C ±400µV Model Hermetic 14-pin Ceramic DIP Package Style HC


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PDF VRE117/119 VRE117 VRE119 ppm/1000 14-pin VRE117/119 VRE117DS
1999 - bq2011

Abstract:
Text: activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a , continues until V SRO rises above - 400µV . Trickle Charge Compensation <40°C Charge activity is , eliminates charge and discharge counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and , asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A VSRO of , Where CHGS is: 0 Either discharge activity detected or VSRO > - 400µV 1 VSRO < - 400µV 6


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PDF bq2011 bq2011 BQ2011SN-D118 BQ2011SN-D118G4 BQ2011SN-D118TR BQ2011SN-D118TRG4 ZVNL110A
2010 - MAX9947

Abstract:
Text: currentsense amps 20µA supply current; 1mm x 1.5mm UCSP; 400µV (max) VOS; 28V common-mode range; current , Precision performance under changing conditions ­­ Low 400µV (max) VOS over entire VCM range enables , /29F Low-power, bidirectional current-sense amps 20µA supply current; 1mm x 1.5mm UCSP; 400µV , and performance; prevents current runaway 20µA supply current; 1mm x 1.5mm UCSP; 400µV (max) VOS , ; 1mm x 1.5mm UCSP; 400µV (max) VOS; 28V common-mode range; current output (MAX9928F) SIGN output


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PDF Comparators-27 MAX9947 400uV PORTABLE SOLAR MOBILE CHARGER instrumentation amplifier for piezoelectric sensors MAX4238 TYPICAL MAX9934 MAX9632 low-cost Logarithmic Amplifier MAX1286 solar voltage regulator
2012 - Not Available

Abstract:
Text: sustained at a continuous rate equivalent to VSRO < - 400µV. A valid charge equates to a sustained charge , SRO rises above - 400µV. Trickle Charge Compensation <40°C Charge activity is detected , eliminates charge and discharge counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and , asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV. A VSRO of , 7 Where CHGS is: 0 Either discharge activity detected or VSRO > - 400µV 1 VSRO


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PDF bq2011 bq2011
2011 - BQ2011K

Abstract:
Text: rate equivalent to VSRO < - 400µV. A valid charge equates to a sustained charge activity greater than , - 400µV. Trickle Charge Compensation 0.70 0.85 Discharge Counting Discharge Compensation , between - 400µV and 500µV. Table 3. Self-Discharge Compensation The bq2011K includes a simple , is detected. Charge rate is deemed valid when VSRO < - 400µV. A VSRO of greater than400µV or , NAC counts with VSRO < - 400µV. The EDV flag was set at a temperature below 0°C The VDQ values


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PDF bq2011K
2014 - Not Available

Abstract:
Text: sustained at a continuous rate equivalent to VSRO < - 400µV. A valid charge equates to a sustained charge , SRO rises above - 400µV. Trickle Charge Compensation <40°C Charge activity is detected , eliminates charge and discharge counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and , asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV. A VSRO of , Where CHGS is: 0 Either discharge activity detected or VSRO > - 400µV 1 VSRO < - 400µV 6


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PDF bq2011 bq2011
2006 - bq2011K

Abstract:
Text: charge activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a , continues until V SRO rises above - 400µV . Trickle Charge Compensation 0.70 0.85 Discharge , when VSRO (VSR + VOS) is between - 400µV and 500µV. Table 3. Self-Discharge Compensation The , ) is asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A , charge action equal to 256 NAC counts with VSRO < - 400µV . I The EDV flag was set at a temperature


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PDF bq2011K BQ2011KSN-D121 BQ2011KSN-D121TR ZVNL110A
2005 - zvnl110

Abstract:
Text: activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a , continues until V SRO rises above - 400µV . Trickle Charge Compensation <40°C Charge activity is , eliminates charge and discharge counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and , asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A VSRO of , Where CHGS is: 0 Either discharge activity detected or VSRO > - 400µV 1 VSRO < - 400µV 6


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PDF bq2011 bq2011 zvnl110 BQ2011SN-D118 BQ2011SN-D118G4 BQ2011SN-D118TR ZVNL110A
1999 - bq2011

Abstract:
Text: activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a , continues until V SRO rises above - 400µV . Trickle Charge Compensation <40°C Charge activity is , eliminates charge and discharge counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and , asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A VSRO of , Where CHGS is: 0 Either discharge activity detected or VSRO > - 400µV 1 VSRO < - 400µV 6


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PDF bq2011 bq2011 ZVNL110A
Not Available

Abstract:
Text: on 100 Hz to 10kHz ranges, 400µV on all other ranges 4V range, 0.6mA test current, Audio tone for


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PDF 2831C 2831C 195mm) 264mm) TL-130A PR-28
1999 - bq2011

Abstract:
Text: activity sustained at a continuous rate equivalent to VSRO < - 400µV . A valid charge equates to a , continues until V SRO rises above - 400µV . Trickle Charge Compensation <40°C Charge activity is , eliminates charge and discharge counts to the NAC register when VSRO (VSR + VOS) is between - 400µV and , asserted when a valid charge rate is detected. Charge rate is deemed valid when VSRO < - 400µV . A VSRO of , Where CHGS is: 0 Either discharge activity detected or VSRO > - 400µV 1 VSRO < - 400µV 6


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PDF bq2011 bq2011 ZVNL110A
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