RLR32C1002GMR64

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Through Hole Resistors are a type of resistor that are closely tied to some of the most popular electrical applications. The RLR32C1002GMR64 is one such resistor, with a wide range of uses and a unique working principle.

The RLR32C1002GMR64 is a thick-film Ethernet termination resistor suited to 10Base-T and fast Ethernet applications (100 Mbps) where a large rated power is required. This resistor utilizes a unique ceramic body construction instead of a traditional metal core, allowing it to be used across temperatures as low as -55C, with a dielectric strength that ranges from 185V to 260V.

In terms of the resistor’s application field, the RLR32C1002GMR64 provides a high input impedance, making it ideal for use in Ethernet ports, bridges, and routers. Its high stability rating makes it an excellent choice for EMI/RFI interference problems, while its high output impedance and fast response time make it an ideal choice for signal filtering in RS-232 and other communication networks. Additionally, this resistor is able to support a wide range of data bit rates, so it can handle both low-speed and high-speed signal applications.

As for the working principle of the RLR32C1002GMR64, it is based on thick film technology. The resistor is made from a combination of a finely milled nickel-chrome-boron alloy and a proprietary ceramic material. The nickel-chrome-boron alloy provides the electrical conductivity of the resistor, while the ceramic material acts as a dielectric insulator and provides structural support.

The resistor works by utilizing a unique combination of metals to reduce the release of electrical stress in components by eliminating thermal expansion and movement. The resistor also uses a metal-oxide-semiconductor barrier structure, which helps to reduce the amount of current flowing through the resistor while still allowing it to maintain its low effective resistance at high frequencies. Additionally, the resistor has a paste-like surface which helps to reduce the amount of heat generated by the resistor due to the lack of contact between the metal and the resistor.

In conclusion, the RLR32C1002GMR64 is a thick-film Ethernet termination resistor with multiple applications. Its wide input and output impedance ranges make it ideal for both low and high-speed signal applications, while its unique construction allows for a large rated power and excellent resistance to temperatures as low as -55C. Additionally, its working principle is based on a unique combination of metals and a metal-oxide-semiconductor barrier structure which helps to reduce stress in components while still providing low effective resistance at high frequencies. This makes the RLR32C1002GMR64 an excellent choice for Ethernet termination, signal filtering, and EMI/RFI interference reduction applications.

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