D50K2K25E

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

Adjustable power resistors are a type of resistor specifically designed to be used in specific applications requiring them to handle a wide range of currents and voltages. Developed in the late nineteen hundreds, adjustable power resistors are used in applications such as power factor correction systems, electric drives, electrical and mechanical systems. The D50K2K25E is an adjustable power resistor designed for industrial and electronic applications that require high-power conversions.

The D50K2K25E adjustable power resistor is constructed out of a combination of two parts: the body and the wafer. The body is made of high-temperature, high-conductivity non-inductive ceramics that provide superior insulation and temperature stability. The wafer consists of various layers of high-temperature and high-conductivity metals. At the heart of the D50K2K25E is the patented K2K25E fabrication technology, which is a strain-based, thermo-magnetic deposition process developed by Datronix. This technology ensures the most accurate performance of the device.

To ensure the various features of performance, the D50K2K25E possesses several features which are based on the concept of resistance-temperature monitoring. The main features of the D50K2K25E are temperature-compensation of resistance, increased reliability, improved transient response, and reduced power consumption. Resistance-temperature monitoring involves measuring the resistance of the device, based on the temperature of the device. As the device is heated, an abrupt change in the resistance may occur.

Apart from the temperature-compensation of resistance, another monitoring feature of the D50K2K25E is the improved accuracy of temperature control. The D50K2K25E can detect changes in temperature with very high resolution, as compared to conventional type power resistors. This results in improved accuracy of temperature management.

The last main feature of the D50K2K25E is the improved transient response. Compared to conventional resistors, the D50K2K25E can respond faster to changes in temperature, due to the high resolution of its temperature measurements. This makes it suitable for applications that require precise and consistent performance over time.

The working principle of the D50K2K25E is very simple. It is based on a transfer resistance, which is a component that is in constant electrical contact with the resistor. When the power current from the source is applied to the resistor, the transfer resistance will convert it to a steady voltage. This voltage is then passed to the output, where it is used to drive the load.

The D50K2K25E is used in a variety of applications, including power factor correction systems, electric drives, electrical and mechanical systems. It can also be used as a voltage regulator, current regulator, and as a current limiter. In addition, it is also used in temperature control systems. The D50K2K25E is a versatile device that is suitable for a wide range of applications.

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