MPXM2053GS Overview
The MPXM2053GS is a highly precise pressure sensor designed for accurate measurement of differential pressure in industrial and automotive applications. This device integrates a piezoresistive sensor element with signal conditioning circuitry to provide a linear analog output proportional to the applied pressure. Its compact design and robust construction allow for reliable operation in harsh environments. With a pressure range of ??1.0 kPa to ??50 kPa, the sensor delivers excellent sensitivity and fast response time, making it ideal for flow measurement, filter monitoring, and HVAC system control. For more details, visit IC Manufacturer.
MPXM2053GS Technical Specifications
| Parameter | Specification |
|---|---|
| Pressure Range | ??1.0 kPa to ??50 kPa |
| Output Type | Analog voltage output |
| Supply Voltage | 5.0 V DC (typical) |
| Output Sensitivity | Approximately 0.3 V/kPa |
| Operating Temperature Range | -40??C to +125??C |
| Overpressure Limit | Up to 3 times full scale |
| Accuracy | ??2% full scale (typical) |
| Response Time | Less than 2 ms |
MPXM2053GS Key Features
- Wide Differential Pressure Range: Supports measurement from ??1.0 kPa to ??50 kPa, enabling versatile applications in low and medium pressure environments.
- Integrated Signal Conditioning: Provides a linear analog output, simplifying system design by eliminating the need for external amplification or filtering circuits.
- Robust Operating Temperature: Functions reliably between -40??C and +125??C, ensuring stable performance under demanding industrial conditions.
- Fast Response Time: Less than 2 milliseconds response enables real-time pressure monitoring for dynamic systems.
MPXM2053GS Advantages vs Typical Alternatives
This sensor offers significantly enhanced accuracy and sensitivity compared to many generic differential pressure devices. Its integrated signal conditioning reduces system complexity and improves reliability by minimizing external components. The wide operating temperature range and high overpressure tolerance make it more durable and suitable for harsh industrial environments. These advantages contribute to better performance and lower total cost of ownership in pressure measurement applications.
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Typical Applications
- HVAC System Control: Accurate differential pressure measurement enables efficient airflow monitoring and filter status detection, improving energy management and system reliability.
- Medical Equipment: Used in devices requiring precise pressure monitoring such as ventilators and anesthesia machines for patient safety and performance.
- Industrial Process Control: Monitoring pressure in pneumatic and hydraulic systems to ensure optimal operation and prevent equipment failure.
- Automotive Systems: Measurement of manifold absolute pressure or other differential pressures to optimize engine control and emissions management.
MPXM2053GS Brand Info
The MPXM2053GS is a product from a leading semiconductor manufacturer specializing in MEMS-based pressure sensing technologies. Known for combining precision sensing elements with advanced signal conditioning, this device exemplifies the brand’s commitment to delivering reliable, high-performance components for industrial and automotive markets. Its design reflects rigorous quality standards and extensive industry experience, supporting engineers in developing efficient and durable pressure measurement solutions.
FAQ
What is the typical output voltage range of the sensor?
The sensor provides an analog voltage output that varies linearly with the applied differential pressure. With a typical supply voltage of 5 V, the output ranges approximately from 0.5 V at minimum pressure, to 4.5 V at maximum pressure, enabling straightforward interface with common microcontrollers and data acquisition systems.
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Can the sensor withstand pressure spikes beyond its rated range?
Yes, the device is designed to tolerate overpressure conditions up to three times its full-scale pressure without damage. This robustness ensures reliability in environments with occasional pressure surges or transient spikes.
What environmental conditions can the sensor operate under?
It operates reliably across a wide temperature range from -40??C to +125??C and is constructed to handle typical industrial environmental stresses. This makes it suitable for indoor and outdoor applications where temperature extremes and harsh conditions are present.
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Does the sensor require additional signal conditioning components?
No, this sensor includes integrated signal conditioning circuitry, providing a conditioned linear analog output. This integration reduces design complexity and cost by eliminating the need for external amplifiers or filters.
How fast does the sensor respond to pressure changes?
The response time is less than 2 milliseconds, allowing for near real-time pressure measurement. This quick response is critical for applications requiring immediate feedback and control, such as dynamic flow monitoring and safety systems.
