MPX2053D Overview
The MPX2053D is a precision piezoresistive pressure sensor designed for accurate measurement of pressure in various industrial and automotive applications. It offers a differential pressure output with a linear voltage response, ensuring reliable and repeatable data. Featuring a robust silicon sensing element and integrated temperature compensation, this sensor delivers high sensitivity and stability across temperature ranges. Its compact design and low power consumption make it ideal for integration into systems requiring consistent pressure monitoring. For engineers sourcing a dependable pressure sensor with proven performance, the IC Manufacturer provides detailed specifications and support.
MPX2053D Technical Specifications
| Parameter | Specification |
|---|---|
| Pressure Range | 0 to 53 kPa (Differential) |
| Output Voltage | 0.2 to 4.7 V typical |
| Supply Voltage | 10 V recommended |
| Sensitivity | 90 mV/kPa typical |
| Operating Temperature Range | -40??C to +125??C |
| Offset Voltage | 0.2 V typical |
| Full Scale Output Voltage | 4.7 V typical at 53 kPa |
| Output Type | Differential voltage output |
| Package Type | TO-8 metal can |
| Long-Term Stability | ??0.25% FS/year typical |
MPX2053D Key Features
- High Sensitivity: The sensor provides a sensitivity of approximately 90 mV/kPa, allowing for precise pressure measurement and enhanced signal resolution.
- Wide Operating Temperature Range: It operates effectively from -40??C to +125??C, supporting reliable performance in harsh environments.
- Integrated Temperature Compensation: This feature ensures minimal output drift due to temperature changes, enhancing measurement accuracy.
- Robust Metal Can Package: The TO-8 package offers mechanical protection and improved reliability in industrial conditions.
MPX2053D Advantages vs Typical Alternatives
This sensor stands out by combining high sensitivity with a wide temperature range and integrated temperature compensation, offering superior accuracy and stability over typical piezoresistive sensors. Its differential output reduces noise susceptibility, making it more reliable in industrial and automotive environments. The durable metal can package further enhances its lifespan, providing a robust alternative to plastic-encapsulated devices.
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Typical Applications
- Industrial process control systems requiring precise differential pressure monitoring to optimize operational efficiency and safety.
- Automotive sensor circuits for manifold absolute pressure (MAP) measurement and engine control applications.
- Medical devices such as ventilators and blood pressure monitors where accurate pressure sensing is critical.
- HVAC systems for monitoring air flow and pressure differentials to ensure proper system function.
MPX2053D Brand Info
The MPX2053D is part of a family of piezoresistive pressure sensors manufactured by a leading IC provider specializing in pressure sensing technology. This product line is recognized for its precision, reliability, and consistent performance across demanding industrial and automotive environments. The sensor??s design leverages advanced silicon micromachining techniques and robust packaging to deliver a dependable solution for pressure measurement needs.
FAQ
What is the pressure range supported by this sensor?
The sensor supports a differential pressure range from 0 to 53 kPa, making it suitable for measuring relatively low to moderate pressures in various applications.
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How does the sensor handle temperature variations?
It includes integrated temperature compensation circuitry, which minimizes output drift and maintains accuracy across a wide operating temperature range from -40??C to +125??C.
What type of output signal does this sensor provide?
The device provides a differential voltage output proportional to the applied pressure, with a typical output span from 0.2 V at zero pressure up to 4.7 V at full scale.
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What packaging does the sensor use to ensure durability?
The sensor is housed in a TO-8 metal can package, offering enhanced mechanical protection and improved reliability in harsh industrial and automotive environments.
Can the sensor be used in automotive applications?
Yes, its design and specifications make it well suited for automotive uses such as manifold absolute pressure sensing and engine control, due to its accuracy, temperature resilience, and robust packaging.
