PRECISION REFERENCE ZENER DIODE Search Results

National Discrete Products

Abstract: lm329
Contextual Info: LM329 LM329 Precision Reference Literature Number: SNVS748E LM329 Precision Reference General Description The LM329 is a precision multi-current temperature-compensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete diodes. Constructed in a single

f08b103

Abstract: LM607 LM369CN LM11A ZENER f08b103a g2018 lm369b
Contextual Info: LM169,LM369 LM169 LM369 Precision Voltage Reference Literature Number: SNVS779A LM169 LM369 Precision Voltage Reference General Description Features The LM169 LM369 are precision monolithic temperaturecompensated voltage references They are based on a buried zener reference as pioneered in the LM199 references

S6090

Abstract: AC voltmeter diagram k 2541 30v LH7070 LH7070CN LH7071CN 1401S
Contextual Info: June 1989 LH7070 Series Precision BCD Buffered Reference LH7071 Series Precision Binary Buffered Reference General Description The LH7070 and LH7071 are precision, three terminal, volt­ age references consisting of a temperature compensated zener diode driven by a current regulator and a buffer ampli­

MZ605

Abstract: MZ610 MZ600 MZ620 MZ640
Contextual Info: Order this document by MZ600/D MOTOROLA SEMICONDUCTORS MZ600 Series 6.2 VOLTS P.O. BOX 20912 • PHOENIX, ARIZONA 85036 PRECISION REFERENCE DIODES PRECISION REFERENCE DIODES with CERTIFIED ZENER VOLTAGE-TIME STABILITY . . . designed, manufactured and tested for applications requir­

LM329

Abstract: zener LM329 LM329DZ Z03A
Contextual Info: LM329 Precision Reference General Description The LM329 is a precision multi-current temperature-compensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete diodes. Constructed in a single silicon chip, the LM329 uses active circuitry to buffer the internal zener allowing the device to operate over a 0.5 mA to

LM329

Abstract: zener LM329 LM329 amplifier national voltage reference LM329DZ Z03A national zeners
Contextual Info: LM329 Precision Reference General Description The LM329 is a precision multi-current temperature-compensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete diodes. Constructed in a single silicon chip, the LM329 uses active circuitry to buffer the internal zener allowing the device to operate over a 0.5 mA to

zener LM329

Abstract: lm329
Contextual Info: LM329 Precision Reference General Description The LM329 is a precision multi-current temperaturecompensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete diodes. Constructed in a single silicon chip, the LM329 uses active circuitry to

precision reference zener diode

Abstract: zener LM329 Zener diode with 9v Adjustable Power Supply Schematic Diagram precision zener diode circuit diagram of transducer bipolar zener diodes characteristics of zener diode in forward bias characteristics of zener diode in reverse bias zener diode
Contextual Info: LM329 Precision Reference General Description The LM329 is a precision multi-current temperaturecompensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete diodes. Constructed in a single silicon chip, the LM329 uses active circuitry to

LM329

Abstract: zener LM329 LM329DZ Z03A
Contextual Info: LM329 Precision Reference General Description The LM329 is a precision multi-current temperaturecompensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete diodes. Constructed in a single silicon chip, the LM329 uses active circuitry to

LH0070

Abstract: LH0071 LH0071-1H RETS0071-2H LH0070-0H LH0070-2H LH0071-0H LH0070-1H LH0071-2H LM109
Contextual Info: LH0070 Series Precision BCD Buffered Reference LH0071 Series Precision Binary Buffered Reference General Description The LH0070 and LH0071 are precision three terminal voltage references consisting of a temperature compensated zener diode driven by a current regulator and a buffer amplifier The devices provide an accurate reference that is virtually independent of input voltage load current temperature

SEM 5027A

Abstract: transistor BD 540 LYS MC710G 131-80 wj 89 MC707G 2n328 LN4005 diode reverse current and voltage mc708g C844P TS36A
Contextual Info: SELECTION GUIDES How To Use The Data Book Numerical Index Alphabetical Index Device Outlines GENERAL INFORMATION SILICON ZENER DIODES Regulator Diodes, Reference Diodes, Precision Reference Diodes and Reference Amplifiers SILICON RECTIFIERS SILICON RECTIFIER ASSEMBLIES

LM607

Abstract: RESISTOR NETWORK "allen bradley" f08b103 f08b103a Holter circuit diagram DAC1655 LF444 allen bradley resistor H08C LM169
Contextual Info: LM169/LM369 PRELIMINARY CTl National Æ Ü Semiconductor LM169/LM369 Precision Voltage Reference General Description Features The LM169/LM369 are precision monolithic temperaturecompensated voltage references. They are based on a bur­ ied zener reference as pioneered in the LM199 references,

Zener 9v

Abstract: DRFT129XEE LM129 LM129BH-SMD
Contextual Info: MICROCIRCUIT DATA SHEET Original Creation Date: 07/10/95 Last Update Date: 03/10/03 Last Major Revision Date: 07/10/95 MNLM129B-X REV 0CL PRECISION REFERENCE General Description The LM129 is a precision multi-current temperature-compensated 6.9V zener reference with

Contextual Info: VRE3050 VRE3050 duct Innovation From P r oVRE3050 Precision Voltage Reference FEATURES DESCRIPTION The VRE3050 is a low cost, high precision 5 V reference that operates from +10 V. The device features a buried zener for low noise and excellent long term

voltage reference IC LM129

Abstract: zener LM329 LM329C LM129 LM129A LM129AH LM129BH LM129CH LM329 LM329B
Contextual Info: Precision Reference 129 3 2 9 GENERAL DESCRIPTION proved performance. The low dynamic impedance simplifies biasing and the wide operatingjcurrent allows the replacement of many zener types. The LM 129 and LM 329 fam ily are precision multicurrent temperature compensated 6 .9V zener references with dynamic

lm329

Contextual Info: LM329 www.ti.com SNVS748F – MAY 2000 – REVISED APRIL 2013 LM329 Precision Reference Check for Samples: LM329 FEATURES DESCRIPTION • • • The LM329 is a precision multi-current temperaturecompensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete

Contextual Info: LM329 www.ti.com SNVS748F – MAY 2000 – REVISED APRIL 2013 LM329 Precision Reference Check for Samples: LM329 FEATURES DESCRIPTION • • • The LM329 is a precision multi-current temperaturecompensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete

lm308a

Contextual Info: LM329 www.ti.com SNVS748F – MAY 2000 – REVISED APRIL 2013 LM329 Precision Reference Check for Samples: LM329 FEATURES DESCRIPTION • • • The LM329 is a precision multi-current temperaturecompensated 6.9V zener reference with dynamic impedance a factor of 10 to 100 less than discrete

Contextual Info: YD431 YOUDA INTEGRATED CIRCUIT PROGRAMMABLE PRECISION REFERENCE—YD431 DESCRIPTION The YD431 is an adjustable precision shunt regulator. Its sharp turn-on characteristics and flexible output voltage setting make it an excellent replacement for Zener diodes in many applications.

Contextual Info: YD431 YOUDA INTEGRATED CIRCUIT PROGRAMMABLE PRECISION REFERENCE—YD431 DESCRIPTION The YD431 is an adjustable precision shunt regulator. Its sharp turn-on characteristics and flexible output voltage setting make it an excellent replacement for Zener diodes in many applications.

NTE999M

Abstract: NTE999
Contextual Info: NTE999M Integrared Circuit Programmable Precision Reference Description: The NTE999M integrated circuit is a three–terminal programmable shunt regulator. This monolithic IC voltage reference operates as a low temperature coefficient zener which is programmable from

NTE999

Abstract: NTE999SM
Contextual Info: NTE999SM Integrared Circuit Programmable Precision Reference Description: The NTE999SM integrated circuit is a three–terminal programmable shunt regulator. This monolithic IC voltage reference operates as a low temperature coefficient zener which is programmable from

Contextual Info: VRE3050 VRE3050 VRE3050 Precision Voltage Reference FEATURES DESCRIPTION The VRE3050 is a low cost, high precision 5 V reference that operates from +10 V. The device features a buried zener for low noise and excellent long term stability. Packaged in an 8-pin SMT, the device is ideal

Contextual Info: VRE3050 VRE3050 VRE3050 Precision Voltage Reference FEATURES DESCRIPTION The VRE3050 is a low cost, high precision 5 V reference that operates from +10 V. The device features a buried zener for low noise and excellent long term stability. Packaged in an 8-pin SMT, the device is ideal