Datasheet4U Logo Datasheet4U.com

LM302 - LM102/LM302 Voltage Followers

Datasheet Summary

Description

The LM102 series are high-gain operational amplifiers designed specifically for unity-gain voltage follower applications Built on a single silicon chip the devices incorporate advanced processing techniques to obtain very low input current and high input impedance Further the input transistors are o

Features

  • low input capacitance as well as excellent small signal and large signal frequency response all of which minimize high frequency gain error Because of the low wiring capacitances inherent in monolithic construction this fast operation can be realized without increasing power consumption Features Y Y Y Y Y Y Fast slewing 10V ms Low input current 10 nA (max) High input resistance 10 000 MX No external frequency compensation required Simple offset balancing with optional 1 kX potentiometer Plug-.

📥 Download Datasheet

Datasheet preview – LM302

Datasheet Details

Part number LM302
Manufacturer National Semiconductor
File Size 192.56 KB
Description LM102/LM302 Voltage Followers
Datasheet download datasheet LM302 Datasheet
Additional preview pages of the LM302 datasheet.
Other Datasheets by National Semiconductor

Full PDF Text Transcription

Click to expand full text
LM102 LM302 Voltage Followers November 1994 LM102 LM302 Voltage Followers General Description The LM102 series are high-gain operational amplifiers designed specifically for unity-gain voltage follower applications Built on a single silicon chip the devices incorporate advanced processing techniques to obtain very low input current and high input impedance Further the input transistors are operated at zero collector-base voltage to virtually eliminate high temperature leakage currents It can therefore be operated in a temperature stabilized component oven to get extremely low input currents and low offset voltage drift The LM102 which is designed to operate with supply voltages between g 12V and g 15V also features low input capacitance as well as excellent small signal and large signal
Published: |