MPX10DP Pressure Sensor

MPX10DP Pressure Sensor

The MPX10DP Pressure Sensor is a versatile dual-port silicon Pressure Sensor that is suitable for various applications, including environmental control systems and level indicators. With its precise and linear voltage output, the MPX10 series ensures an accurate representation of the applied pressure. This uncompensated sensor allows manufacturers to incorporate their own temperature compensation and signal conditioning networks, made simpler by NXP’s consistent single element strain gauge design.

Characteristics of MPX10DP Pressure Sensor are:

• Our innovative silicon gauge design, protected by a patent, measures both shear stress and strain.
• This is a ratio metric measurement based on the voltage supplied.
• Affordable
• Introducing a revolutionary design for measuring shear stress and strain using silicon technology, protected by patent.
• Expressed as a ratio to the supply voltage.
• Options for both differential and gauge measurements
• This sturdy packaging option is available in either a durable epoxy unibody element or a thermoplastic (PPS) surface mount package.
• Software submissions
• The fields of Sensing & Instrumentation, Medical, Industrial, Robotics, Automation & Process Control all involve advanced technology and precision in their respective areas.
• The management of air flow
• Systems for controlling the environment
• Indicators that determine the level.
• Discovering leaks is an essential part of our maintenance process.
• Medical instrumentation refers to the wide range of devices and equipment that are used in the field of medicine. These tools play a crucial role in diagnosing, monitoring, and treating various medical conditions.
• Controls for factories and manufacturing plants
• Pneumatic control systems are a type of technology that utilize compressed air to operate and regulate various mechanical processes.
• The field of robotics is constantly evolving and advancing. With new breakthroughs being made every day, it is an exciting and ever-changing area of study. From autonomous drones to human-like androids, the potential for robotics is limitless.