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National Semiconductor LM102 LM302 Voltage Follower Data Sheet Manual User Guide

Summary

These high-performance operational amplifiers are designed specifically as voltage followers, guaranteeing exceptionally stable and reliable signal processing in circuits requiring unity-gain applications. Featuring ultra-low input bias current and high input impedance, they deliver fast slewing rates for robust system performance across wide temperature ranges. This comprehensive manual provides essential electrical characteristics, thermal ratings, and application guidelines necessary for electronics engineers designing critical power circuitry.

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Page 1 Text Content

查询LM102供应商

November

lta llo rs

LM102/LM302 Voltage Followers General Description

The LM102 series are high-gain operational amplifiers de- quency gain error. Because of the low wiring capacitances signed specifically for unity-gain voltage follower applica- inherent in monolithic construction, this fast operation can tions. Built on single silicon chip, the devices incorporate be realized without increasing power consumption.

advanced processing techniques to obtain very low input current and high input impedance. Further, the input transis- Features tors are operated at zero collector-base voltage to virtually

Fast slewing 10V/ms

eliminate high temperature leakage currents. It can there-

Low input current n A (max)

fore be operated in temperature stabilized component

High input resistance 10,000 MX

oven to get extremely low input currents and low offset volt-

No external frequency compensation required

age drift.

Simple offset balancing with optional k X

The LM102, which is designed to operate with supply volt-

potentiometer

ages between g12V and g15V, also features low input

Plug-in replacement for both the LM101 and LM709 in

capacitance as well as excellent small signal and large sig-

voltage follower applications

nal frequency responseÐall of which minimize high fre-

Schematic Diagram

TL/H/7753–1

C1995 National Semiconductor Corporation TL/H/7753 RRD-B30M115/Printed in U. S. A.

Page Summary Contents For National Semiconductor LM102 LM302 Voltage Follower Data Sheet Manual User Guide

Page 1 查询LM102供应商 November lta llo rs LM102/LM302 Voltage Followers General Description The LM102 series are high-gain operational amplifiers de- quency gain error. Because of the low wiring capacitances sig...
Page 2 Absolute Maximum Ratings If Military/Aerospace specified devices are required, Operating Free Air Temperature Range please contact the National Semiconductor Sales LM102 b55§C to a125§C Office/Distrib...
Page 3 Guaranteed Performance Characteristics LM102 Input Current Output Swing Supply Current TL/H/7753–7 Typical Performance Characteristics LM102 Voltage Gain and Phase Lag Voltage Gain and Phase Lag Outpu...
Page 4 Guaranteed Performance Characteristics LM302 Input Current Output Swing Supply Current TL/H/7753–9 Typical Performance Characteristics LM302 Voltage Gain and Phase Lag Voltage Gain and Phase Lag Outpu...
Page 5 Typical Applications Low Pass Active Filter *Values are for k Hz cutoff. Use sil- vered mica capacitors for good tem- perature stability. TL/H/7753–3 Sample and Hold with Offset Adjustment *Polycarbon...
Page 6 lt ll rs Connection Diagram Metal Can Package TL/H/7753–2 Order Number LM102H/883 See NS Package Number H08C Physical Dimensions inches (millimeters) Metal Can Package (H) Order Number LM102H/883 NS P...

Manual Details

Brand National
Pages 6
File Size 193.25 KB
Published May 29, 2026
43 views

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Frequently Asked Questions

What is the recommended source impedance for optimal operation?

The input must be driven from a source impedance of typically 10 kΩ (5 kΩ Min) to maintain stability.

How should I prevent damage when shorting the output?

Insert a resistor (at least 5k and preferably 10k) in series with the input pin to ensure stability and prevent damage.

Can this amplifier operate at extreme temperatures?

The absolute maximum ratings show operating temperature ranges specific to the model (e.g., LM102 is up to 125°C).

Does external compensation frequency adjustment need to be done?

No, no external frequency compensation is required.