The INA271 is a current-shunt monitor with voltage output and can sense drops across current shunts at common-mode voltages from –16V to +80V, independent of th

The TI INA300 solves over-current detection issues in a very simple to implement manner as well as offering significant PCB footprint savings

What is New Space? How will it change satellite design? Explore our Space Enhanced Plastic products to understand benefits in LEO designs.

Learn the simple 2-step process for programming and reading current, power, and voltage from a digital power monitor.

Calculating and simulating error in current sensing systems

Learn how closed loop output impedance affects load stability in current sense amplifiers, and techniques on how to provide control for capacitive loads greater

Learn how input filters add error for current sense amplifiers.

In this video, we broach the topic of debug for a current shunt monitor, beginning with board layout

In this video, we will continue our discussion on debug, stressing the importance of probe placement and soldering.

In this video, we will continue our discussion on debug, stressing the importance of probe placement and soldering.

This webinar will cover the new 85 V capable digital power monitor family

In this webinar, we will cover new products in TI’s high-precision, multi-channel current sense amplifiers portfolio.

In this webinar, we will discuss TI’s Current Sensing portfolio.

This TI Precision Labs - Current sense amplifier series training video provides examples of debug cases for problems arising from downstream circuitry.

This TI Precision Labs - Current sense amplifier series training video provides examples of debug cases for problems arising from equipment and settings.

This session of the "Debugging" series discusses the power supply sequencing of current sense amplifiers.

This video gives an overview of the National Instruments VirtualBench hardware and software.