RSF1WSJT-PN360K

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Through Hole Resistors used in a variety of electronic applications are an important part of any circuit design. The RSF1WSJT-PN360K socket is a Through Hole Resistor used to provide excellent electrical connections in high current applications such as automotive, industrial, and heavy-duty applications.

This Through Hole Resistor is designed for applications requiring power dissipation values up to and including 3600 Watts. It features an industry standard package and a variety of safety, performance, and reliability features to ensure a reliable link between high power connections.

The socket is constructed of durable ceramic-filled polyester which offers excellent resilience to thermal shock and vibration. The unique coating makes the socket easy to solder and offers excellent electrical and mechanical performance, as well as a wide range of usable temperatures.

The socket is rated to withstand up to 3600 Watts continuous power in normal applications, with peak power handling up to 5300 Watts. The socket can also handle high humidity and temperature conditions up to +150 degrees Celsius without a significant decrease in performance. Other important features include high current carrying capacity, low thermal resistance, and high insulation resistance.

To ensure reliable operation and long life, the socket features a special design that allows the connection between the resistor and the hot side of the circuit board to remain secure and free of short circuits or resistance drop. An additional feature of the socket prevents the interruption of the electrical contact when the resistor is used with other components to improve the electrical integrity of the circuit.

The RSF1WSJT-PN360K Through Hole Resistor is designed to provide reliable electrical contacts that can withstand the high currents used in automotive, industrial, and heavy-duty applications. Its extensive safety, performance, and reliability features provide a long lasting and reliable connection. The socket is also designed to provide a wide usable temperature range, high current carrying capacity, low thermal resistance, and high insulation resistance.

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