"1.封装内霍尔电流传感器的基本原理 2.磁电流感应的技术特点和优势 3.TI的新型TMCS110X霍尔电流传感器 4.系统级设计和挑战"

This video describes the method and theory for angle measurement using Hall-effect sensors

In this short module, a summary of the entire “Anti-tamper Techniques to Thwart Attacks on Smart Meters” training series will be covered.

This video covers example applications using Hall Effect switches.

Learn how to use an incremental rotary encoder that uses contactless magnetic sensing to detect rotational speed and direction.

This video discusses the tradeoffs between bandwidth and power in Hall-effect sensors.

Learn more about the integrated CORDIC algorithm and how it benefits system design.

A brief introduction to the TIDA-060039 Reference Design. Highlights the inductive touch buttons and magnetic Hall dial used in the design.

This video explains how to create a proximity sensor with a unipolar linear Hall-effect sensor.

In this video, you will learn about how flow metering designs benefit from Hall-effect sensors.

This video explains challenges when designing a hinge application and shows a demo of our Hall-Hinge EVM.

In this video, you will learn about some of the challenges in joystick designs and see solutions for joystick implementations.

Watch a live demonstration of how to design a low profile angle encoder for precision feedback control for motorized robotics applications using TMAG5170.

This video shows how inductive push-buttons were designed in the reference design TIDA-060039.

This demo video shows how Hall-effect switches can be used in a human machine interface application such as the tri-state switch used in power windows.

Learn how linear 3D Hall-effect sensors can be used to detect magnetic tampering in electricity meters.

This module discusses magnetic tampering tests that were performed on the TIDA-00839 reference design using the DRV5033 to detect magnetic tampering in e-meters