40PC100G2A Pressure Sensor For Industrial Automation Automotive Manufacturing Aerospace

Features:

• High - precision Measurement: With an accuracy of 0.2%, it can provide highly reliable pressure measurement data, which is crucial for applications requiring precise pressure monitoring.
• Compact Package: Adopting a small 6 - pin DIL package, it occupies minimal PCB space, making it suitable for applications with limited space, such as miniaturized electronic devices and compact industrial equipment.
• Fully Signal - conditioned: The monolithic design with fully signal - conditioned function can directly output available analog signals, reducing the need for additional complex signal processing circuits and simplifying the system design.
• Silicon Piezoresistive Technology: Using silicon piezoresistive measurement technology, it has the advantages of high sensitivity, good stability, and fast response, which can accurately convert pressure changes into electrical signals.
• Good Media Compatibility: It has excellent media compatibility and is suitable for measuring air, dry gases and other media, which expands its application scope in different environments.
• Wide Temperature Range: It can operate stably in the temperature range of - 45°C to + 125°C, with strong adaptability to harsh environments, and can be used in various industrial fields with different temperature conditions.
• Fast Response: The response time is 1 ms, which can quickly respond to pressure changes, enabling real - time monitoring of pressure, and is suitable for applications that require real - time feedback of pressure, such as dynamic pressure monitoring systems.

Applications:

• Industrial Automation5: It is used to measure the fluid pressure in pipelines to ensure the safety and stability of the production process. It can also monitor the pressure in the hydraulic system to ensure the normal operation of equipment, and is an important part of the industrial automatic control, automatic testing and intelligent analysis system.
• Automotive Manufacturing5: In the engine management system, it can detect the intake manifold pressure to optimize the fuel injection volume, improve fuel efficiency and reduce emissions. In the braking system, it monitors the brake oil pressure to ensure driving safety.
• Aerospace: It is used to measure the pressure of fuel, air and other media in aircraft engines, and can also be used for cabin pressure monitoring to ensure the safety and comfort of the flight environment.
• HVAC Systems: It is used to measure the air pressure in the duct, which is helpful for ventilation control and filter clogging detection, so as to adjust the air - conditioning system to maintain a good indoor air environment and improve energy - saving efficiency1.
• Medical Equipment5: It is applied to blood pressure monitors to accurately measure the blood pressure of patients. It can also be used in ventilators to monitor the airway pressure during the patient's breathing process and adjust the breathing support level.
• Smart Home: It can be installed in smart kitchen equipment to monitor the pressure change during cooking and improve the user experience. It can also be used in some smart environmental monitoring devices to detect gas pressure changes, providing a basis for environmental parameter monitoring