Amphenol's Telaire offers both single and dual wavelength CO2 sensing technologies.

Amphenol Advanced Sensors' JS8746 harsh environment temperature sensor ensures temperature controlled environments.

Amphenol Advanced Sensors provides an array of sensing products for Automotive EV/HEV battery temperature sensing (BTS) and industrial portable power applications.

A thermopile is a serially-interconnected array of thermocouples, each of which consists of two dissimilar materials with a large thermoelectric power and opposite polarities.

ChipCap2 Chemical Exposure Test Application Guide

SM-PWM-01A dust sensor detects dust particle concentration in air by using an optical sensing method.

Amphenol Advanced Sensor's application note on the Smart Sensor SM-PWM-01A.

Amphenol Advanced Sensors ChipCap 2® application guide.

Here is a list of the most frequently asked questions regarding the NPP-301. We hope this FAQ sheet will help you to get to know and use the NPP-301 pressure sensor.

Amphenol Advanced Sensors capitalizes on NovaSensor's heritage as a pioneer in micromachining process design for pressure sensing and MEMS technology for OEM customers in the medical, automotive, and industrial process industries.

Overcooling and overheating a building wastes money. Both of these conditions occur when too much or not enough outside air is brought in.

A simple tool made by a Santa Barbara Company for measuring indoor air quality and ventilation in buildings is now being used to quickly identify if shipping containers are carrying a hidden human cargo.

Carbon dioxideis one of the most plentiful by products of the combustion process used by automobiles, trucks, and fuel-fired appliances.

Amphenol's sensor temperature resistance curves reference guide.

Outlined below are the answers to 12 of the most common questions that a building owner may ask about using CO2 to control ventilation in buildings.

Ventilation is an important part of maintaining a comfortable, healthy, productive environment for students and faculty.

Use of CO2 to control ventilation is one of the fastest growing areas in building control.