Product Watch

Smoothing The Way To Vehicle Autonomy: Essential Hardware Components At Level 3 And Higher In the grand scheme of advanced driver assistance systems (ADAS) and autonomous implementation, replacing a driver requires many hardware and software considerations, not only in sensing technology and processing, but also in electromechanical systems to steer and brake the vehicle. The ADAS...

Due to degradation and aging effects, devices no longer run at their optimal performance. Once detected, maintenance can be triggered thanks to continuous "condition monitoring" based on various sensor types.

Pressure Sensor Interface with Polynomial Compensation and Diagnostics The A17700 is a sensor interface IC designed to interface piezo resistive bridge for pressure sensing. It offers high accuracy output in Analog, PWM and SENT format with diagnostic. While analog output is used for legacy designs, PWM and unique FAST SENT output protocols support new application requireme...

TE Connectivity’s sensor solutions meet your industrial needs

Industrial Sensing Solutions

Conductivity measurement applications are on the rise, as a simple and inexpensive way to control the ionic content in a solution. Conductivity sensors can commonly be seen in water purification systems, appliances, food/drink preparation equipment, oceanographic equipment, and more. During this webinar presentation, we will discuss what electrical conductivity is and why we measu...

The IST AG IV4 biosensor is a flexible stripe with large form factor ideal for direct dipping in the measurement media. It is designed for the detection of a single analyte, glucose as standard. This sensor is ideal for applications that require in-line continuous measurement with high reliability. Further advantages of the IV4 biosensor include: Excellent long...

The IST AG LV5 sensor is a flow-through biosensor and offers the possibility for multi-parametric measurements, since up to 4 analytes can be measured simultaneously (glucose, lactate, glutamine, glutamate). The sensor features a very small flow cell (1 µL) and therefore requires minimal sample volumes when used as an analyzer. Further advantages of the LV5 biosensor include: