YR1B432KCC

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Through Hole Resistors are electronic components used for the purpose of establishing a precise, predictable electrical resistance in a circuit. One type of Through Hole Resistor is the YR1B432KCC, a low ohmic resistor with greater power handling capacity. This article will explain the application field and working principle of the YR1B432KCC, and then explain how it compares with other Through Hole Resistors.

Application Field and Working Principle

The YR1B432KCC is a through-hole resistor, meaning that it is mounted on a printed circuit board by soldering it in place rather than through-hole technology which uses discrete components placed on the board before soldering. The YR1B432KCC resistor is capable of withstanding operating temperatures up to 150°C and provides a precise, predictable electrical resistance no matter what the temperature in the circuit. It is most often used in power supplies, as it is capable of handling larger currents than other through-hole resistors.

The YR1B432KCC is also resistant to electromagnetic interference, which is when outside sources can interfere with the signal or cause disturbances in the circuit. This makes the resistor ideal for use in applications which require protection from "noise" which might be found in an industrial environment. Furthermore, the YR1B432KCC has a greater power handling capacity than other through-hole resistors, which makes it more suitable for applications which require high-current, high-temperature operation.

The YR1B432KCC is an axial-leaded component, which means that it is composed of two cylindrical leads that exit the body perpendicularly in the same direction. The cylindrical shape of the leads provides greater protection against short-circuiting, and the two-wire connection allows for a more efficient use of board space. The YR1B432KCC also has a thicker wall than other through-hole resistors, which allows for more effective heat dissipation.

The YR1B432KCC has a resistance range of up to 10 megohms, which is larger than other through-hole resistors. It is constructed of an alloy of nickel and chromium, and is housed in an epoxy molded body. The epoxy layer helps to prevent corrosion of the resistance layer when exposed to moisture, and also makes the YR1B432KCC more resistant to shock and vibration.

Comparison with Other Through Hole Resistors

The YR1B432KCC is one of the most reliable through-hole resistors available, and in comparison to other through-hole resistors it has a greater power handling capacity and a greater resistance range. Furthermore, it is resistant to electromagnetic interference, which provides protection for circuits in applications which may be exposed to excessive noise. Finally, the YR1B432KCC has a thicker wall construction and an epoxy molded body, both of which help to provide added stability and protection against corrosion.

When compared to other through-hole resistors, the YR1B432KCC is able to provide higher performance in most applications. It has a wider range of resistance, a greater power handling capacity, and added protection against corrosion and electromagnetic interference. As such, the YR1B432KCC is an ideal choice for applications that require a highly reliable and high-performance resistor.

Conclusion

The YR1B432KCC is a high-performance, through-hole resistor that is suitable for applications that require a precise, predictable electrical resistance and a greater power handling capacity than other through-hole resistors. It is resistant to electromagnetic interference and has a thicker wall and epoxy molded body that makes it more stable and resistant to corrosion. The YR1B432KCC is an ideal choice for high-powered applications needing greater reliability and better performance than other through-hole resistors.

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