FMP200FBF52-2K49

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Through Hole Resistors are components that resist the flow of electrical current in electronic equipment. The FMP200FBF52-2K49 is a component from a specific brand of Through Hole Resistors, and has a wide range of applications.

The FMP200FBF52-2K49 is a 1-3 digit resistor with a thick film chip resistor that has a low-temperature coefficient and an excellent power and thermal dissipation ratings. This makes it a good choice for use in applications that require power levels that are greater than those of conventional resistors, but are still low enough for use in a wide variety of common electrical circuits. It has the ability to withstand voltage up to 2000 volts dc and a maximum peak shift current of 20A. Furthermore, it is able to tolerate a high temperature of up to 275°C.

This type of Through Hole Resistor has a wide range of applications in different kinds of electronic devices. Some examples include microprocessor-based equipment, radios, audio systems, and medical equipment. With its high power levels, it can be used in vibration sensing applications as well as power management systems and converter systems. It can also be used in automotive applications, such as in engine control systems, sensors, and electronics systems.

The working principle behind the FMP200FBF52-2K49 is quite simple. The component works by creating an electrical current that is sent through the conductor before passing through the material that acts as a resistor. As the current passes through the resistor, its electric field is increased or decreased, depending on the resistance value. This in turn changes the temperature of the material, thereby regulating the current flow. This process allows the current to be regulated at a specific level, thus providing control over the electrical device.

In summary, the FMP200FBF52-2K49 is a Through Hole Resistor with a wide variety of uses. It has the ability to withstand high voltage and high temperature, and its power and thermal dissipation ratings are excellent. Its working principle is quite simple; it works by regulating the current flow through the material. This makes it a viable choice for a range of electronic applications in different types of devices.

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