RL20S302GB14

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A through hole resistor is a passive electronic component that is used to reduce current flow, adjust signal levels, to divide voltages, and to protect circuits from excessive current levels. The RL20S302GB14 is a through-hole resistor specifically designed for the telecommunications industry. It is a narrow body, high power, wire wound, axial leaded resistor with a flange.

The RL20S302GB14 is a popular choice for applications with extremes of temperature, vibration, dust, and moisture. It has a maximum rated temperature of 175°C and can handle up to 10,000 hours of operation at high temperatures. Its big advantage is its wide temperature range and high power capabilities. The RL20S302GB14 is rated for continuous operation in temperatures between -60°C to +175°C and is designed to withstand up to 3 kW of dissipated power. It can also handle up to 10,000 hours of service at high temperatures.

The RL20S302GB14 has a flame retardant, axial leaded construction and is a high quality, long-life resistor. It is encapsulated in a UL rated flange and its superior thermal cycling capabilities make it well-suited for applications with extreme temperatures. The body of the RL20S302GB14 is made of flame-retardant, heavy-duty epoxy and its robust construction can easily handle both high temperatures and can withstand extremes of vibration, dust, and moisture.

The RL20S302GB14 is a perfect choice for a variety of communications applications such as line cards, wireless base stations, repeaters, routers, PBX systems, and fiber optics. It is designed to provide excellent electrical performance and reliable long-term operation. The RL20S302GB14 features a wide temperature range and high power capabilities for a variety of demanding telecommunications environments.

The RL20S302GB14 works by reducing current flow and adjusting signal levels. It consists of a resistance element connected between two end contacts and a power source, connected to the leads. When current passes through the resistor, the energy is dissipated in the form of heat and the voltage and current dropped across it. The resistance controls the flow of current, thus controlling the voltage and current dropped across the resistor, and the current in the circuit.

The RL20 S302G B14 has many advantages for telecommunications applications. It has a wide temperature range, high power capabilities, and its flame retardant construction is designed to withstand vibration, dust, and moisture. Its superior thermal cycling capabilities provide reliable long-term operation. It provides excellent electrical performance and is a reliable choice for a variety of telecommunications applications.

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