MFR25SFBF52-2M15

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Through Hole Resistors are essential building blocks for many of today\'s electronic systems. They are used to create voltage dividers, transducers, temperature sensors, switches, and many other applications. The MFR25SFBF52-2M15 through hole resistor is an example of a high-powered, rugged component designed for use in high-temperature, shock and vibration applications. This article will describe the application field and working principle of this component.

The MFR25SFBF52-2M15 is a variable resistor with a resistance range of 0.75 to 24 ohms in 0.01 ohm increments. It can be used in many high-temperature, shock, and vibration applications such as motor controllers, solenoid control, power supplies, and more. The variable resistor also has a dielectric strength rating of 1000 volts and an insulation resistance of greater than 10,000 MOhms. This makes it suitable for high-voltage applications where reliability and repeatability are important.

The MFR25SFBF52-2M15 has two distinct layers: a substrate layer and a resistive layer. The substrate layer is made of glass-filled epoxy and is designed to provide mechanical strength and stability. The resistive layer consists of a high-temperature resistant ceramic impregnated with metal and silver-based particles which form the electrical connection between the internal and external terminals. The ceramic material and metal particles are chosen according to their dielectric and heat-resistance properties.

The MFR25SFBF52-2M15 is designed to work with either a fixed or variable voltage source. In a fixed voltage system, the resistance of the device is determined by the applied voltage. In a variable voltage system, the resistance of the component is adjusted by the user. This adjustment can be achieved by turning a control knob or by using a digital input to control the resistance. The offset voltage is typically between 10 and 30 volts, depending on the application.

The MFR25SFBF52-2M15 also has a number of other features and benefits. It has high thermal capacity, meaning it can withstand higher temperatures than standard resistors. It is also highly resistant to corrosion and shock. The component\'s mounting holes are designed for easy installation and the control knobs are large enough to allow for precise manipulation of the resistance. Additionally, the component\'s design allows for a very low thermal effect on the surrounding devices.

The MFR25SFBF52-2M15 is an excellent choice for many applications. It has a wide resistance range and is designed to work with high voltages. It also has a high thermal capacity and is highly resistant to shock and vibration. Furthermore, the component is designed to be easy to install and its control knobs are large enough to provide precise control of the resistance. This makes it a great choice for applications where dependability and repeatability are important.

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