YR1B90R9CC

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Through Hole Resistors have been an important part of the electronics industry for decades, owing to their ability to resist voltage and current. The YR1B90R9CC is a component of this technology family, and the technology behind it is pivotal in many applications. This article looks into the specifics of the YR1B90R9CC, including its applications and working principle.

Applications: The YR1B90R9CC has a wide range of applications, ranging from signal processing to network architecture. Its ability to resist both direct current (DC) and alternating current (AC) makes it ideal for use in a variety of situations. This resistor type is typically used in circuit protection applications. For example, it is beneficial in electronic equipment that require current limiting components, surge protection, and protection against electrostatic discharge (ESD). It is also a valuable component in communication and network systems, with its ability to provide high signal fidelity.

The YR1B90R9CC is a reliable and rugged solution for LED power supplies. Its ability to resist voltage fluctuations makes it suitable for protecting LEDs against surges and ESD without compromising the quality of the light produced. Due to its stability, it is the ideal choice for high reliability designs; this makes it an ideal resistor for critical and demanding applications.

Working Principle: The YR1B90R9CC is a surface-mount resistor with a single-layer, metal oxide coating. This coating helps protect the resistor from corrosion and improve its resistance to mechanical and electrical shocks. The resistor is created by depositing a thin layer of metal oxide on a ceramic substrate. The process is known as chemical vapor deposition (CVD).

Once the oxide layer is applied, the resistor is then exposed to several thermal treatments. The thermal treatment is essential for setting the resistance of the component and providing it with its desired electrical characteristics. During the treatment process, the resistor is heated up to very high temperatures in order to melt the metal oxide coating and allow it to reform into a new resistance layer. Once the new resistance layer has been formed, the resistor is ready to be used.

Conclusion: The YR1B90R9CC is a through hole resistor designed to resist voltage and current in a variety of applications. It is rugged and reliable, making it well-suited to protecting LEDs from surges and ESD. Its single-layer, metal oxide coating helps improve its resistance to mechanical and electrical shocks. The thermal treatment process allows for the precise control of the resistor’s electrical characteristics.

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