Overview of MPX4250AP by NXP Semiconductors
The MPX4250AP is a piezoresistive absolute pressure sensor offering a pressure range of 2.9 to 36.25 Psi, with an accuracy maximum of 1.5%, and an analog voltage output range of 4.82 to 4.96V. It features through-hole mounting and is designed in a unibody package that measures 29.46mm in length or diameter, 28.7mm in height, and 8mm in breadth. The sensor operates within a temperature range of -40 °C to +125 °C and requires a supply voltage between 4.85V and 5.35V. Notably, its operating current does not exceed 10 mA. This component is marked by notable characteristics including temperature compensation and signal conditioning, offering enhanced reliability in varying environmental conditions. The response time of the sensor is 1000 µs, and its linearity is maintained at 1.5%, ensuring high fidelity in the pressure measurements it provides. It’s also worth mentioning that the MPX4250AP is RoHS and Reach compliant and has been categorized under EAR99 in ECCN codes, simplifying international trade considerations.
Industry Applications for MPX4250AP
The versatile features of the MPX4250AP allow it to be potentially applicable across several industries. While these applications are conceptual, they illustrate the sensor’s utility and are contingent upon engineering and design teams’ analysis and verification. Here are some possible uses:
- Environmental Monitoring: The MPX4250AP could potentially be employed in weather stations or air quality monitoring equipment due to its accurate and stable pressure sensing capabilities, which are critical for these applications.
- Industrial Automation: In automated systems that require precise control of pressure, such as pneumatic control systems, this sensor might offer the sensitivity needed for critical feedback loops, facilitating automation with higher precision.
- Consumer Electronics: Devices that require user interaction or environmental adaptability, such as smartwatches or home automation systems, could possibly integrate the MPX4250AP to enhance functionality through environmental sensing.
- Transportation and Logistics: This sensor might be integrated into systems measuring tire pressure or cabin pressure in transportation vehicles, offering safety and maintenance data crucial for operational efficiency and passenger comfort.
Note that these potential industry applications are only illustrative, and adherence to industry standards and specific application requirements needs to be comprehensively analyzed and verified by appropriate engineering and design teams.
About NXP Semiconductors
NXP Semiconductors is at the forefront of innovation in the sensors/transducers domain, with a particular emphasis on Pressure Sensors like the MPX4250AP. NXP prides itself on engineering precision sensors that find applications across automotive, industrial, healthcare, consumer electronics, and networking. The company has developed an extensive portfolio of sensor solutions, including pressure, temperature, magnetic, and gyroscopic sensors. NXP Semiconductors distinguishes itself through a commitment to quality, performance, and sustainability, ensuring their products meet the highest industry standards for reliability and environmental compliance. The MPX4250AP represents a part of this broader commitment, offering precision pressure sensing with a focus on performance and reliability.
Where to Find MPX4250AP by NXP Semiconductors
For those looking to purchase the MPX4250AP sensor, a reliable starting point for research is our platform, findchips.com. Here, you can find current stock levels, pricing, and detailed part specifications. Moreover, findchips.com offers a comprehensive search for alternate Pressure Sensors that may fit your requirements, including parts by NXP Semiconductors and other manufacturers. Previously, the MPX4250AP has been available from distributors such as MacroQuest Electronics, LCSC, Verical, and Arrow Electronics. However, stock levels and availability are subject to change, so please visit findchips.com for the most current information.