Designed to accurately measure current with the minimum shunt resistor value, TSV771 (single) and TSV772 (dual) op amps reduce power dissipation avoiding hot spots on the PCB and minimizing the cost of the shunt.

Primarily used to measure current in power conversion systems, these high-bandwidth 5V op amps are ideal for solar panels, telecom infrastructure or computer servers. An automotive-grade version is also available to meet the most demanding quality standards of this market segment.

Able to accurately amplify small-amplitude input signals with 200 µV accuracy, these fast op amps can also be used with photodiodes, which are widely used in smoke detectors. In addition to enabling a longer battery lifetime, their low input bias current is perfect for interfacing with connected devices as the energy saved by using TSV77x can be used to supply a microcontroller and wireless connection.

The TSV77x series


Key features

  • Gain bandwidth product: 20 MHz
  • Rail-to-rail input and output
  • Low input offset voltage: 50 µV( typ.), 200 µV (max.)
  • Low input bias current: 2 pA (typ.)


  • Low noise: 7 nV/√Hz
  • Slew rate: 13 V/µs
  • Wide supply voltage range: 2.0 to 5.5 V
  • Extended temperature range: -40 to +125°C


Application examples

 High Bandwidth current for motor control High Bandwidth current for motor control
 Photodiode amplifiers Photodiode amplifiers
 A/D converters input buffers A/D converters input buffers
 Power management in solar powered systems Power management in solar powered systems
 Automotive high bandwidth signal conditioning Automotive high bandwidth signal conditioning
 Active filters Active filters

Recommended resources


Training kit for operational amplifiers and comparators (STEVAL-CCA058V1)

Easy-to-use setup for experimenting and learning with low-frequency op-amp based applications and common op-amp based schematics.

eDSim: fast and powerful electrical simulation software for SMPS and analog ICs

Design your analog circuit, get a quick preview with fully annotated schematic and BOM, and then run the electrical simulation through eDSim for fast and accurate simulations and reliable design validation.




Operational Amplifier Quick Reference Guide

Download this very practical PDF resource covering:

  • How to pick the right op-amp for an application 
  • Typical op-amp applications and key parameters
  • Step-by-step op-amp selection using the ST Op-Amps App
  • ST op-amp naming convention glossary


Current Sensing Quick Reference Guide

Download this very practical PDF resource covering:

  • Typical applications and key parameters
  • Product portfolio
  • Current sense monitor vs operation amplifier
  • Glossary


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