MFR25SFBF52-16K6

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Through Hole Resistors are the most common type of resistor for electronic and electrical device applications. The MFR25SFBF52-16K6 is a through-hole resistor specifically designed and used for high power electronics, such as amplifiers, power supplies, and power converters. It is manufactured with a monolithic silicon ceramic technology. It features a high power rating, low noise, and a very high temperature resistance.

The MFR25SFBF52-16K6 consists of a ceramic substrate with two electrodes, one at the top and the other at the bottom. The two electrodes form a resistor when connected to a power source. The resistance is determined by the thickness of the substrate and the distance between the two electrodes. The resistor’s high temperature resistance is achieved by encapsulating the silicon ceramic substrate in epoxy. The MFR25SFBF52-16K6 features an extremely low electrical resistance ranging from 0.005 ohm to 10 kilohms.

The MFR25SFBF52-16K6 is typically applied in automotive electronics, particularly when high-duty-cycle pulses of high current are required. It is also used in power inverters, portable radios, and various other consumer electronics. It is also often utilized as a temperature sensor element in industrial applications.

The MFR25SFBF52-16K6 also features a low noise profile, which makes it suitable for use in noise sensitive applications such as military test systems, audio electronics, or medical systems. It can be operated with maximum voltages up to 8V and currents up to 5 amps. As with any type of resistors, connecting this resistor should be done with careful consideration for the overall circuit, with recommendations from the device’s manufacturer.

The working principle of the MFR25SFBF52-16K6 is based on the fact that the materials used to make the resistor exhibit an electrical resistance. The resistance of the material can be changed by varying its physical dimensions, temperature, and also by the application of an electrical force. The resistance of the resistor is proportional to the applied voltage, and its current is proportional to the applied voltage divided by the resistance of the material. Thus, by controlling the resistance of the resistor, the current through it can be regulated.

In conclusion, the MFR25SFBF52-16K6 is an ideal choice for applications requiring high power capabilities in electronic and electrical devices. Its monolithic silicon ceramic technology provides a high power rating, low noise, and a very high temperature resistance. It can be used in a variety of applications, including automotive electronics, power inverters, military test systems, and audio electronics. Its working principle is based on the electrical resistance of its materials, which can be controlled by varying the applied voltage to regulate its current.

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