• Part: XGZP6869A
  • Description: Calibrated Pressure Sensor
  • Manufacturer: CFSensor
  • Size: 624.87 KB
Download XGZP6869A Datasheet PDF
CFSensor
XGZP6869A
XGZP6869A is Calibrated Pressure Sensor manufactured by CFSensor.
FEATURES - Wide Ranges: -100k Pa…0k Pa…700k Pa(show in Pressure Range Example) - Gauge Pressure Type (Refer to XGZP6858A for Absolute Type) - For Non-corrosive Gas or Air or Liquid - Optional 5V and 3.3V Voltage - Calibrated Amplified Analog Signal(Refer to XGZP6869D for I2C interface) - Temp. pensated: 0℃~+60℃(32℉~+140℉) - Affordable Cost, Easy-to-use √Ro HS APPLICATIONS - Medical&Healthcare - Industrial&Automation - Domestic Appliance - Consumer Electronic - Automotive Electronic INTRODUCTION XGZP6869A is a perfect silicon pressure sensor offering a ratiometric analog interface for reading pressure over the specified full scale pressure span. The XGZP6869A incorporates a silicon piezoresistive pressure sensor die and an interior Application Specific Integrated Circuit(ASIC) in a SMT package The XGZP6869A is fully calibrated and temperature pensated for offset, sensitivity, temperature and non-linearity, so XGZP6869A pressure sensor satisfy the prefect repeatability, linearity, stability and sensibility, which can be applied directly in medical&healthy, home appliances, consumer electronic, industry, automotive, lo T and other pneumatic devices etc XGZP6869A pressure sensor is for high volume application at an affordable cost but perfect performance. Customized calibrations(working voltage, output voltage, pressure range etc.) are available. XGZP6869A_Data Sheet_EN_V2.8 .CFSensor. 1/9 Calibrated Pressure Sensor Series V2.8/20240906 PERFORMANCE SPECIFICATION Unless otherwise specified, measurements were taken with a a temperature of 25±1℃ and humidity from 25%~85%RH CHARACTERISTIC MIN. TYP. UNIT Available Pressure Range① Power Supply② Current Consumption Output Range③ 5Vdc Power Supply 3.3Vdc Power Supply Total Accuracy 10k Pa<Pressure ≤200k Pa Pressure ≤10k Pa or>200k Pa Long Term Stability(1000 hr,...