MFR100FRF52-38R3

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Through Hole Resistors are a type of resistor that require the holes in the board to be filled with solder or plated to enable the resistors to be mounted on the board. The MFR100FRF52-38R3 is a through hole resistor, and these resistors provide the same performance as Surface Mount Resistors. In addition, through hole resistors are more cost-effective, making them an attractive choice for designers. The MFR100FRF52-38R3 is a 3-terminal resistor that has an operating temperature range of -55°C to +200°C.

Applications for the MFR100FRF52-38R3 include electronic circuits, such as signal conditioning, anti-aliasing, and filter networks. This type of resistor is also used in DC to DC converters for optimization of circuit performance and stability. Additionally, the MFR100FRF52-38R3 can also be used as components in active filters, measuring systems, and feedback control applications. In each case, the use of these components is based on their physical properties to create the desired output.

The MFR100FRF52-38R3 uses a single printing technology to produce its semiconductor material on the surface of a ceramic body. This material is then coated with an epoxy resin for protection and insulation from external electrical signals. The surface of this material is comprised of five resistive strips, each separated by an insulating gap which allows them to be insulated from each other. The combination of these five resistive strips creates a total resistance which is determined by the number of strips and the distance between them.

One of the main benefits of the MFR100FRF52-38R3 is its high thermal shock resistance. This makes it an excellent choice for applications that require higher heat dissipation. Additionally, its high breakdown voltage ensures reliable functioning even in high-voltage environments. The MFR100FRF52-38R3 is also a low-cost solution due to its simple construction and design.

In terms of its working principle, the MFR100FRF52-38R3 uses the idea of electrical resistance to control the flow of electric currents. As current flows through the resistor, the electrons in its semiconductor material collide with atoms of its resistive material and create resistance, which hinders the flow of the current. The more the resistive material, the greater the resistance. By controlling the amount of resistive material or increasing the length of the resistive strips, engineers can adjust the resistance accordingly.

In conclusion, the MFR100FRF52-38R3 is a through hole resistor with a variety of applications. It has a high thermal shock resistance, low cost, and a working principle that involves resistive material. These features make the MFR100FRF52-38R3 an ideal choice for electronic circuits, DC to DC converters, active filters, measuring systems, and feedback control applications.

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