CPXL10DF Pressure Sensor For Medical Applications Industrial Automation

                             CPXL10DF Pressure Sensor For Medical Applications Industrial Automation

• Uses:
  • Medical Applications: It can be used in medical equipment such as blood pressure monitors, ventilators, and infusion pumps. In ventilators, it is used to monitor the pressure of the gas circuit, ensuring that the pressure of the inhaled and exhaled gases is within a suitable range to provide effective respiratory support for patients.
  • Industrial Automation: Applied to pipeline pressure monitoring, hydraulic systems, and compressor control. For example, in a hydraulic system, it can measure the pressure of hydraulic oil, control the stroke and speed of hydraulic actuators, and realize the safety and energy - saving control of the hydraulic system.
  • Environmental Monitoring: Used in weather stations for air pressure measurement or in water pressure monitoring systems. It can help monitor environmental pressure changes and provide data support for meteorological research and water resource management.
• Features:
  • Differential Pressure Measurement: It is a differential - pressure sensor, which is suitable for measuring the pressure difference between two points, such as monitoring the flow in pipelines by measuring the pressure difference6.
  • Wide Supply Voltage Range: The supply voltage range is 3V to 16V, which has good adaptability to different power supply environments and can be easily integrated into various circuit systems.
  • Temperature Compensation: Integrates temperature compensation technology, which can reduce the influence of temperature changes on measurement accuracy, and ensure relatively stable measurement performance in the temperature range of - 25°C to 85°C1.
  • Low - cost and Compact Design: With a low - cost and small - size feature, it is suitable for applications with strict cost and space requirements. The 4 - SIP module package is convenient for PCB installation, which can save circuit board space3.
  • High - impedance and Low - current: It has the characteristics of high impedance and low - current, which can reduce the impact on the measured object and the power consumption of the circuit, and is conducive to the long - term stable operation of the system.
  • Millivolt Output: The output is 0 mV to 78.5 mV, which can directly provide analog signals for subsequent signal processing circuits, and is convenient for signal acquisition and processing.