STPKCH7MYL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The STPKCH7MYL is a high precision current and torque sensor employed widely in the automotive industry. It provides accurate torque measurement for electric and hybrid vehicles, and can be adapted for both functional and non-functional testing applications. The advanced features of this sensor include high-resolution multi-channel measurement, galvanically isolated digital interface and robust construction for use in harsh environments.

The STPKCH7MYL is based on a standard transducer technology known as ‘bridge’ or ‘burden-free’ sensing. This involves the deployment of four resistive strain gauges, one on each side of a square central core, in order to measure the current and torque applied to the sensor during operation. Strain gauges, which are essentially thin strips of metal alloy embedded into the sensor core, respond non-linearly to the physical forces, such as tension or compression, exerted on them. The bridge circuit measures the tiny differences in resistance seen across the strain gauges, providing an indication of the tension and compression forces created within the core. This is then converted into a signal that is used to measure the current and torque applied.

The STPKCH7MYL is designed to incorporate a very high resolution measurement system with digital circuitry to ensure accuracy. This enables the sensor to detect tiny changes in current and torque over very small distances with absolute accuracy, ensuring that all data collected is reliable and repeatable. The sensor is also extremely durable, as it is constructed using specialized materials which are designed to remain stable in temperature and humidity extremes. This ensures that the sensor will remain reliable and accurate even when exposed to harsh environmental conditions, making it ideal for applications in the automotive industry.

In terms of usage, the STPKCH7MYL can be employed in both non-functional and functional testing applications. Non-functional testing involves the evaluation of the sensor’s accuracy and range without the need to engage the driver. This requires only basic connection and power requirements from the sensor. By contrast, functional testing is a much more complex procedure, as it requires the sensor to accurately record the torque and current while the driver is operating the system. This requires the use of a more sophisticated data acquisition device which can integrate the sensor data with other parameters, such as vehicle speed. This type of testing is essential to ensure the accuracy and reliability of the system.

The STPKCH7MYL is a highly versatile and accurate current and torque sensor, which has been employed widely in the automotive industry. Its advanced features and robust construction make it ideal for any application where highly accurate current and torque measurements are required. Whether used for non-functional or functional testing, the STPKCH7MYL can provide reliable and accurate measurements, enabling the automotive manufacturer to ensure the accuracy and reliability of their systems.

The specific data is subject to PDF, and the above content is for reference