KP229E3111XTMA1 Overview
The KP229E3111XTMA1 is a high-precision pressure sensor IC engineered for demanding industrial and automotive environments. This device offers robust analog output, linear signal characteristics, and reliable performance across a wide temperature and pressure range. Its integration of advanced MEMS technology and analog signal conditioning circuitry ensures accurate pressure measurement, making it suitable for applications requiring stable and repeatable results. Designed for optimal compatibility and effortless integration, the sensor delivers confidence in both new and legacy system designs. For verified sourcing and further details, visit IC Manufacturer.
KP229E3111XTMA1 Technical Specifications
| Parameter | Value |
|---|---|
| Device Type | Pressure Sensor IC |
| Output Type | Analog |
| Supply Voltage | 5 V |
| Operating Temperature Range | -40??C to +140??C |
| Pressure Range | Up to 115 kPa |
| Package Type | SMD, PG-SSOP-14 |
| Response Time | Fast response (application-dependent) |
| Signal Conditioning | Integrated analog signal conditioning |
KP229E3111XTMA1 Key Features
- Integrated MEMS pressure sensing delivers high accuracy and repeatability, ensuring precision in critical measurements.
- Analog output provides easy interfacing with legacy and modern control systems alike, reducing design complexity for engineers.
- Wide operating temperature range supports dependable performance in harsh automotive and industrial environments, maximizing deployment flexibility.
- Compact SMD PG-SSOP-14 package streamlines PCB layout and enables high-density system integration.
KP229E3111XTMA1 Advantages vs Typical Alternatives
The KP229E3111XTMA1 stands out due to its precise analog output, broad temperature tolerance, and fast response, making it a superior choice for applications where reliability and accuracy are paramount. Unlike standard pressure sensors, its integrated signal conditioning and MEMS technology provide enhanced stability and easier system integration, reducing development time and minimizing design risks for OEMs and engineers.
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Typical Applications
- Automotive engine management systems benefit from the sensor??s high accuracy and stability in monitoring manifold or barometric air pressures, supporting efficient fuel and emission control.
- Industrial process control systems use this device for real-time pressure monitoring in automation equipment, ensuring safety and process optimization.
- HVAC and environmental control units leverage the sensor for precise ambient or duct pressure readings, optimizing climate control efficiency and system diagnostics.
- Medical equipment, such as respiratory and monitoring devices, rely on its accurate pressure measurement to maintain patient safety and regulatory compliance.
KP229E3111XTMA1 Brand Info
The KP229E3111XTMA1 is developed by a leading provider of advanced semiconductor solutions, recognized for quality and innovation in sensor technologies. This device embodies the brand??s commitment to high-performance, reliable, and easy-to-integrate products, supporting engineers and OEMs across automotive, industrial, and medical markets. The sensor combines precise MEMS technology with robust packaging to meet stringent industry requirements.
FAQ
What makes the KP229E3111XTMA1 suitable for automotive pressure sensing applications?
This sensor offers a wide operating temperature range and high accuracy, making it ideal for demanding automotive environments where stable and precise pressure readings are required, such as in engine management and emission control systems.
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Can the device be used in high-density PCB layouts?
Yes, its compact PG-SSOP-14 surface-mount package allows for efficient use of board space, supporting high-density layouts and simplified assembly in both small and large-scale designs.
What type of output does this pressure sensor provide?
The KP229E3111XTMA1 features an analog output, which enables direct compatibility with a wide range of microcontrollers, data acquisition systems, and analog signal processing circuits without the need for digital interfacing.
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How does integrated signal conditioning benefit end users?
Integrated analog signal conditioning improves measurement accuracy, reduces external component count, and simplifies circuit design, allowing engineers to achieve consistent performance and reduce calibration effort.
Is the KP229E3111XTMA1 appropriate for harsh industrial environments?
Yes, the wide temperature range and robust packaging support use in challenging industrial settings, ensuring reliable operation under significant thermal and mechanical stress conditions commonly found in process automation and control.
