FKN3SSJR-73-1R5

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Through Hole Resistors (THRs) are used in a variety of applications to control the flow of currents and help protect electrical systems. The FKN3SSJR-73-1R5 is a THR designed for the specific purpose of providing various levels of current resistance for use in power supplies, industrial control equipment, and other related applications. This THR can also be used in many automotive and telecommunication applications.

The FKN3SSJR-73-1R5 is a high-precision, surface mount THR designed to provide accurate and reliable components in various applications. It is designed to be used in environments where surface mount technology is preferred, such as medical equipment, rugged and industrial environments, and commercial electronics. The THR has a power rating of 5W and a maximum current rating of 6A.

The FKN3SSJR-73-1R5 is designed to withstand high-temperature environments. It has a maximum operating temperature range of +790°C, and a thermal resistance of 0.64°C/W. This THR also has an overvoltage rating of 4.5V, allowing for higher power applications. Additionally, the THR has an ambient temperature range of -55°C to +150°C.

The FKN3SSJR-73-1R5 THR uses a metal oxide film coating, which improves its heat dissipation and reduces tolerances. This coating also improves the THR’s electrical noise levels, making it suitable for use in a variety of applications. The THR also features an insulation resistance of ≥10,000MΩ.

The working principle of the FKN3SSJR-73-1R5 THR is based on the Ohm’s law. The THR has three terminals; the resistance will vary according to the current through the device. As current passes through the device, the voltage dropping across the resistor will create a potential difference. This potential difference signals the resistance of the device.

The FKN3SSJR-73-1R5 THR is ideal for use in a variety of applications, including medical electronics, automotive and telecom applications, and power supplies. It is designed for high-temperature environments, features a metal oxide film coating, and offers increased power ratings and electrical noise reduction. Its working principle is based on Ohm’s law, making it a reliable component in many applications.

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