XGZP170
XGZP170 is Unamplified Pressure Sensor manufactured by CFSensor.
FEATURES
- Range: 0~100…2000k Pa A
- MEMS technology, Solid-state reliability
- Fluorosilicone gel die coat
- Surface mounting
- For non-corrosive gas or air or liquid
- Working temp.: -40℃~+125℃(-40℉~+257℉)
- Absolute pressure type
- Easy to use and embed in OEM equipment
APPLICATIONS
- Tank level measurement, Liquid level measurement, White goods(e.g.washer), Heating, Ventilation, Air conditioning, Filter detection, Industrial controls.
- Medical gas control system, Hospital beds, Massage device, Engine control/manifold absolute pressure (MAP), Green gas( LPG and CNG) control and measurement.
- Weather station and weather reporting device barometers, Sport and leisure equipment, Vacuum measurement, pneumatic device, Absolute pressure meter.
INTRODUCTION
XGZP170 is a surface mounting pressure sensor based on CFSensor silicon based piezoresistive pressure sensor die. The sensor die is bonded on a substrate with a plastic cap and packaged in a 8-pin SOP. The small size and high reliability of on-chip integration make this sensor a simple and economical choice for high volume application in a variety of industries. With standard SOP8 package, XGZP170 is easy for users to install by SMT assembly.
With good repeatability, linearity, stability and sensibility, XGZP170 is very facile for users to calibrate output & thermal drift and make temperature pensation by using exterior operational amplifier or integrated circuit.(For amplified and calibrated sensor if required,please refer to CFSensor pressure module series)
The XGZP170 pressure sensor is intended for use with non-corrosive gas or air or liquid. It is highly prohibited to choke the side of pressure diaphragm during actual application. Please consult us if a pressure medium other then above media is to be used.
XGZP170_Data Sheet_EN_V2.4
.CFSensor.
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Unamplified Pressure Sensor Series
V2.4/20241007
PERFORMANCE CHARACTERISTICS
Unless otherwise specified,measurements were taken with a constant current of...