XGZP197
XGZP197 is Trimmed Pressure Sensor manufactured by CFSensor.
FEATURES
- Range: -50mm Hg~300mm Hg
- Gauge Pressure Type
- MEMS Technology
- Calibrated and pensated
- Medical Insulation Silicone Gel
- AAMI-pliant
- Low Cost for High Volume Application
V1.0/20240901
APPLICATIONS
- Disposable Blood Pressure Meter
- Invasive Sphygmomanometer
- Hemodialysis Instrument
- Infusion Pump
INTRODUCTION
XGZP197 Invasive Pressure Sensor is a sensor designed for use in disposable blood pressure monitoring medical devices, and is designed to meet AAMI's requirements for sphygmomanometers.
The product is based on advanced microelectromechanical principles, with a silicon piezoresistive pressure-sense chip utilizing MEMS technology as the key ponent. The pressure sensitive chip consists of an elastic membrane and four resistors integrated on the membrane. The four piezoresistors form a Wheatstone bridge structure, which generates a voltage output signal linearly proportional to the applied pressure when pressure is applied to the elastic membrane. The silicon piezoresistive pressure sensitive chip is mounted on a ceramic substrate and the sensor is calibrated and pensated by thick film technology circuitry to produce a highly accurate standard voltage output signal referenced to the supply voltage.
A cap is affixed to the ceramic substrate to protect the internal structure from damage and to facilitate installation in the system. The use of gel on the pressure sensitive chip ensures insulation from the outside. It can be used continuously for 168 hours and should be disposed of properly after use.
XGZP197_Data Sheet_EN_V1.0
.CFSensor.
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Trimmed Pressure Sensor Series
V1.0/20240901
PERFORMANCE CHARACTERISTICS
Unless otherwise specified,measurements were taken with Air under a power supply of 6 Vdc at a temperature of 25±1℃ and humidity ranging 50%±10%RH.
Electrical Performance Parameter Constant Voltage Input Resistance Output Resistance Symmetry Breakdown Voltage Leak Current Response Frequency Phase Drift Offset Drift
Min. 1 1.2...