[Scott Harden] continues his work on a high precision crystal oven. Being able to set a precise temperature depends on the ability to measure temperature with precision as well. That’s where this ...

To understand the concept of a remote temperature sensor and how it differs from a local temperature sensor, it’s best to first review some basics of temperature-sensor ICs. A silicon ...

Linear sensor ICs are designed to respond to a wide range of positive or negative magnetic fields. Critical to the performance of linear ICs is their sensitivity and linearity over their specified ...

[Scott Harden] continues his work on a high precision crystal oven. Being able to set a precise temperature depends on the ability to measure temperature with precision as well. That’s where this ...

(Nanowerk News) Can a "thermometer" consist of a thin film or tiny (micrometer or even nanometer scale) particles, operate in real time and in very well-defined regions with a spatial resolution ...

To help you focus on the actual true cost of ownership, part 2 of our series will examine the strengths and weaknesses of these technologies and evaluate their specification parameters and what they ...

Adding “intelligence” to measurement systems has become commonplace because 8-bit microcontrollers are inexpensive and widely available, and they can be programmed in many of today’s popular ...

This blog follows an NCC press release that CW published in January 2022, after which I interviewed the team involved. I also included their work in my upcoming March 2022 feature article on Sensors.

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 ...

This application note introduces Hall Effect linear current sensor integrated circuits that are capable of enabling high bandwidth sensing in hybrid electric vehicles and other high current sensing ...