To help you evaluate the True Cost of Ownership (TCO) of commonly used industrial linear position sensors, our first article identified the four most commonly utilized industrial position-sensing ...

Some designers continue to specify linear encoders for applications in which magnetostrictive sensors would work, the former is a familiar technology. However, as we'll explore, magnetostrictive ...

The ILPS-45 linear position sensor series uses a proprietary inductive technology that allows it to replace traditional DC-LVDTs in most applications.

Brand new from ANDANTA are InGaAs linear sensors with 1024 x 1 or 512 x 1 pixels with different square and rectangular pixel sizes and dimensions. These sensors are now also available with an uncooled ...

A new series of programmable linear hall ICs has been designed to support the trend for improved manufacturability of sensor assemblies and modules.

Business offices are seeing a growing need for high-speed, high-resolution copying and scanning of large volumes of different ...

The linear current sensor consists of a precise, low-temperature drift linear Hall IC with temperature compensation circuit and a current path with 98mΩ typical internal conductor resistance.

By using basic math and a systematic approach, you can easily identify and design the needed hardware. This design technique is general enough to apply to all linear sensors.

MTS Systems' Sensors Division's magnetostrictive sensors now provide the performance level that make them preferable alternatives to linear encoders in certain applications.

Brand new from ANDANTA are InGaAs linear sensors with 1024 x 1 or 512 x 1 pixels with different square and rectangular pixel sizes and dimensions. These sensors are now also available with an uncooled ...