YR1B73R2CC

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Through Hole Resistors are used in a number of applications, ranging from voltage and current limiting to providing the basis for resistors networks and circuits. YR1B73R2CC is an example of a through hole resistor, and it is used in a range of applications. This article will discuss the application field and working principle of YR1B73R2CC.

Application Field:

YR1B73R2CC is most commonly used in precision signal and power supply applications where its large tolerances are beneficial. It is often used in industrial and automotive power supply and under-the-hood applications, including in engines and transmissions. YR1B73R2CC is also used in automotive DC/DC converters and in many other electric and electronic systems, such as signal conditioning circuits and isolated signal grounds. YR1B73R2CC is an excellent choice for applications where vibration, harsh temperatures, and inrush current spikes are a consideration.

Working Principle:

In essence, a through hole resistor operates on the same principle as other resistors. It is a device that restricts the flow of electric current, and works by providing an electrical path for current to travel through. The resistance of a through hole resistor is determined by its physical parameters, and is most commonly measured in ohms. The resistance of the YR1B73R2CC varies from 0.56 ohms to 1.24 ohms.

The YR1B73R2CC is built in a high temperature sealed package, which limits the amount of environmental contamination that can affect it. It also has a sealed construction which helps prevent moisture, vibration, and extreme temperatures from damaging its internal components. The YR1B73R2CC is able to create very accurate and precise resistances, and its large tolerances are beneficial for applications that require an exact resistance level.

The YR1B73R2CC also has a higher resistance to current than other similarly-sized resistors. This is due to its high resistance substrate, which results in a larger resistance compared to the same resistor size with a lower resistance substrate. This helps the YR1B73R2CC provide more reliable operation in conditions with high electrical current.

To help increase the reliability of the YR1B73R2CC, it has an anode-to-cathode ESR (equivalent series resistance) testing capability. This helps to test the overall resistance of the resistor and ensure that its high temperature sealed package is not compromised. This ensures that the resistor will be able to withstand a high degree of electrical current without compromising its performance.

Conclusion:

In conclusion, YR1B73R2CC is an excellent choice for a variety of applications, including industrial and automotive power supplies, signal conditioning circuits, and communication systems. It has a larger resistance and a higher temperature sealed package than other similarly-sized resistors, making it suitable for applications where vibration, harsh temperatures, and inrush current spikes are a factor. Its large tolerances make it beneficial for applications that require an exact resistance level, and its anode-to-cathode ESR testing capability helps ensure its reliability. These features make YR1B73R2CC an ideal choice for a variety of applications that require a through hole resistor.

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