MOX91022505FTE

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Through Hole Resistors

Resistors are essential components in many types of electronic and electrical circuits. This is because they limit the amount of current that is able to flow through a circuit, as well as controlling the voltage levels. Through hole resistors are a type of resistor that is mounted by being inserted and then soldered into the relevant printed circuit board (PCB) hole. One such through hole resistor is the MOX91022505FTE.

The MOX91022505FTE through hole resistor has several potential application fields. One of these is in power electronics. As such components tend to absorb a large amount of power, meaning a high power dissipation, it is essential that the resistor is able to cope with both low and high temperatures, as power electronics applications tend to generate a lot of heat. The MOX91022505FTE is perfect for these applications because it has a power dissipation of up to 5W in a low-temperature environment, and up to 3W in a high-temperature environment. This makes it an ideal choice for power electronics.

Another application field is in automotive electronics, with specific reference to ignition modules. The MOX91022505FTE is often used in such ignition modules for the same reason - its ability to cope with ambient temperatures from -40°C to +125°C, as is often the temperature range in automobile engines. The type of resistor also has low voltage-resistance ratings to help ensure that the circuit retains its stability.

The MOX91022505FTE also has the capability to work as a high voltage resistor in applications where the voltage levels are too high for normal resistors. This makes it well-suited for use in signal-processing applications such as imaging and broadcast, where high voltage levels may be present.

The working principle of a through hole resistor is basically the same as any other type of conventional resistor. It works by creating a resistance to the flow of electric current. This is done by means of a physical material (such as carbon) that has a specific resistance to the electrons as they flow through it. The MOX91022505FTE uses a combination of silicon and mica dielectric to create this resistance, as well as having a low internal inductance which keeps the impulses in the resistor from overlapping.

In conclusion, through hole resistors, such as the MOX91022505FTE, are useful components in several types of electronics applications. Its power dissipation characteristics, low voltage-resistance rating, and ability to work with high voltage levels make it an ideal choice for a range of circuits and application types.

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