Electronic Design Update  |   To view this email as a web page, click here.
 
Jul
30

Electronic Design Update

 
 

Sponsored by Texas Instruments
 
 

Select the right current sense technology for your high-voltage system

Learn about the design trade-offs to consider when selecting the right current sensing technology for your high-voltage design. Learn about these different technologies and considerations of accuracy, cost, need for external components, and more.

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1596026653 Texas Instruments Hall Effect 300x250 Ed 073020 Kmr
 

Products

 
1596026653 Texas Instruments D8soic 315x180 Ed 073020 Kmr
 

Achieve consistent, accurate measurements over time and temperature. The TMCS1100 enables the lowest drift and highest accuracy over time and temperature while providing reliable 3-kVrms isolation, which is especially important high-voltage systems.

 
1596026653 Texas Instruments D8soic 315x180 Ed 073020 Kmr

1.5% Precision, Zero-Drift, Basic Isolation Hall-Effect Current Sensor

The TMCS1101 is an isolated Hall-effect current sensor that enables high accuracy, linearity, and temperature stability. A low-drift, temperature-compensated signal chain provides < 1.5% full-scale error across the device temperature range.

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1596026653 Texas Instruments Tmcs1100 315x180 Ed 073020 Kmr

TMCS1101 isolated Hall-effect current sensing evaluation module

This evaluation module allows the user to push the max operating current through the Hall-input side while measuring the isolated output with the TMCS1100, an isolated Hall-effect precision current sense monitor.

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Videos

 

Introduction to Magnetic Current Sensing

This video gives an introduction to magnetic current sensing, including: a comparison of direct vs. indirect sensing, review of Amperes law, and overview of different magnetic current sensing technologies.

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Introduction to Magnetic Current Sensing

This video discusses in-package magnetic current sensors, including how they work, benefits they bring to current sensing applications, and key application challenges such as isolation, magnetic interference, and thermally-limited current capability.

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Whitepapers



 
 

Enabling Precision Current Sensing Designs

Learn how to benefit your system performance and control capabilities with ultra-precise, non-ratiometric Hall-effect current sensors

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Isolated magnetic motor control measurement

Improve the reliability, performance and feedback of your electric motor design with high-precision Hall-effect current sensors

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