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KAYE HEADQUARTERS. Amphenol Advanced Sensors Germany GmbH Sinsheimer Strasse 6 D-75179 Pforzheim. T +49 (0) 7231-14 335 0 F +49 (0) 7231-14335 29 kaye-ccpf@amphenol-sensors.com

Amphenol Advanced Sensors NPH Series Specifications Ordering Information The code number to be ordered may be specified as follows: NPH Code Package Configuration 8 TO-8 Code Pressure Range (kPa) 100 100 kPa; 15 psi (1 bar) 200 200 kPa; 30 psi (2 bar) 700 700 kPa; 100 psi (7 bar) Code Pressure A Absolute

Amphenol Advanced Sensors Germany GmbH Sinsheimer Strasse 6 D-75179 Pforzheim. T +49 (0) 7231-14 335 0 F +49 (0) 7231-14335 29 kaye-ccpf@amphenol-sensors.com www.kayeinstruments.com KAYE Americas Amphenol Thermometrics, Inc. 967 Windfall Road St. Marys, PA 15857 Tel: +1(814) 834-9140 Fax: +(814) 781-7969 kaye-us@amphenol-sensors.com

Amphenol Advanced Sensors is a leading innovator in automotive and EV sensor technologies and measurement solutions. Offering the most diverse sensor portfolio of standard and customized products for the world’s most demanding regulatory and industry-driven applications, Amphenol creates value by providing critical information for real-time decisions.

The NovaSensor Pressure Amplified (NPA) Sensor is a surface mount pressure sensor provided in a miniature size as a cost-effective solution for respiratory applications that require calibrated performance.

The Telaire MiCS-VZ-89TE Integrated Sensor Module combines state-of-the-art MOS sensor technology with intelligent detection algorithms to monitor tVOCs and CO2 equivalent variations in confined spaces.

As a member of Amphenol Automotive products group, Amphenol Automotive Connection Systems (Changzhou) Co., Ltd., established in 2004, is a wholly owned subsidiary of Amphenol Group in China. Through more than 10 years of efforts, our company has formed six major business units and ten major product groups, including airbag connectors and harnesses, automotive buckle harnesses, automotive ...

Amphenol Advanced Sensors Introduction The T6613/6615 development kit is a tool designed for evaluating the performance of the T6613/6615 CO2 sensor. In addition, this kit can be useful in developing software and/or firmware for use in communication with the T6613/6615 sensor. The T6613/6615 Development Kit provides a graphical interface to

Amphenol Advanced Sensors Subject: The NPA product series is provided in a miniature size as a cost effective solution for applications that require calibrated performance. Packaged in a SOIC14 pin surface mount, the NPA Series is available in Gauge, Absolute or Differential pressure range\ s with either mV, amplified analog or digital outputs.

Amphenol Advanced Sensors Battery Temperature Sensing Overview Amphenol Advanced Sensors provides an array of sensing products for automotive EV/HEV battery temperature sensing (BTS) and industrial portable power applications. Reliable and accurate temperature sensing measurement is critical to long-term battery performance. Amphenol produces

Automotive, railway & aerospace sensor technology. Temperature Sensors, Pressure Sensors, CO2 Indoor Air Quality Sensors, Humidity Sensors, Dust Sensors. Advanced sensor technologies and embedded measurement solutions for Automotive, Medical, Industrial, Air Quality Applications.

Amphenol Advanced Sensors NPH Series Specifications Ordering Information The code number to be ordered may be specified as follows: NPH Code Package Configuration 8 TO-8 Code Pressure Range (kPa) 100 100 kPa; 15 psi (1 bar) 200 200 kPa; 30 psi (2 bar) 700 700 kPa; 100 psi (7 bar) Code Pressure A Absolute

Amphenol Advanced Sensors. Specifications Storage Temperature Range 0~50 °C Storage Humidity Range 20~90 %RH, Without condensation Operating Humidity Range 30~90 %RH Operating Temperature Range 0~50°C Rated Working Voltage AC 1 V (50Hz~1KHz) Rated Power 0.3 mW Nominal Impedance Value

Silicon Pressure Sensor Die Amphenol Advanced Sensors. P1302 Specifications Description The P1302 piezoresistive pressure sensors are offered in a miniature 2.7 mm x 3.2 mm ( 0.10 in x 0.12 in ) die. When excited with 1.5 mA, the P1302 produces a millivolt output that is proportional to input pressure.