KP125 Smart Wi-Fi Plug ÿ Remote Control Outlet (2-Pack)

KP125 Overview

The KP125 is a precision piezoresistive pressure sensor designed for accurate differential and gauge pressure measurement. With a compact form factor, high sensitivity, and stable output, it is optimized for industrial, medical, and instrumentation applications where reliable pressure monitoring is critical. The device delivers consistent performance over a wide temperature range and supports integration into automated systems. For further details, visit IC-Hersteller.

KP125 Technical Specifications

Parameter	Wert
Pressure Type	Gauge, Differential
Sensor Technology	Piezoresistive
Output Signal	Analog (Wheatstone Bridge)
Versorgungsspannung	5 VDC typical
Betriebstemperaturbereich	-40° C bis +125° C
Pressure Range	Up to 125 kPa
Paket Typ	Ceramic, Compact
Genauigkeit	High (See datasheet for details)
Stability	Long-term stability ensured

KP125 Key Features

• High-sensitivity piezoresistive sensing technology provides precise and responsive pressure measurement, enabling accurate process control in demanding environments.
• Wide operating temperature range (-40??C to +125??C) ensures dependable operation in both industrial and harsh ambient conditions.
• Analog Wheatstone bridge output is easily integrated with standard analog front-end circuits, supporting flexible system design and straightforward calibration.
• Compact ceramic package facilitates space-saving installation and robust mechanical protection against vibration and external influences.

KP125 Advantages vs Typical Alternatives

Compared to standard pressure sensors, this device offers superior sensitivity and reliable analog output, ensuring higher accuracy in both gauge and differential pressure applications. Its robust ceramic package and broad temperature range make it a preferred choice for environments demanding long-term stability, dependable integration, and consistent performance.

Typische Anwendungen

• Industrial process control systems that require real-time monitoring and adjustment of pneumatic or hydraulic pressures, delivering improved efficiency and safety in automation environments.
• Medical devices such as respiratory machines and blood pressure monitors, where precise and reliable pressure measurement is essential for patient safety and effective operation.
• Instrumentation for laboratory and environmental monitoring, offering stable and accurate differential pressure readings for research and compliance.
• HVAC and building automation systems, supporting energy-efficient control by monitoring air and fluid pressures within critical infrastructure components.

KP125 Brand Info

The KP125 is part of a specialized portfolio of pressure sensors from a trusted manufacturer known for innovation in piezoresistive sensing solutions. This product is engineered to deliver high performance in a compact footprint, making it ideal for applications where reliability and measurement accuracy are non-negotiable. Its design reflects a commitment to quality and integration flexibility, supporting engineers in diverse industries.

FAQ

What type of pressure measurements does the KP125 support?

The device supports both gauge and differential pressure measurements, allowing it to address a wide variety of monitoring and control applications in industrial and medical systems.

Is the KP125 suitable for use in harsh environments?

Yes, with an operating temperature range from -40??C to +125??C and a robust ceramic package, the sensor is designed for reliability even in demanding and challenging environments.

What kind of output does the KP125 provide?

This model delivers an analog output via a Wheatstone bridge configuration, ensuring compatibility with standard analog interface electronics and simplifying integration into existing systems.

How does the KP125 ensure measurement stability?

Long-term stability is achieved through the use of high-quality piezoresistive materials and precise manufacturing processes, resulting in consistent readings and minimal drift over time.

Can the KP125 be used in compact system designs?

Yes, the sensor??s compact ceramic package is specifically engineered to save board space and allow for flexible mechanical integration, making it well-suited for modern, space-constrained applications.