RR03J18KTB

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Through Hole Resistors have traditionally been the mainstay of electrical engineering and are commonly found in circuits, ship wiring, and in many other applications. The RR03J18KTB is a through hole resistor assembly which has been designed to provide high power and stability in harsh environments.

One of the key features of the RR03J18KTB is its capability for fast connection to the circuit board. The design of the resistor incorporates a quick attach spring clip which makes it easy to attach and detach the resistor, reducing installation time. This makes the RR03J18KTB ideal for applications that require frequent circuit board changes, or those with have limited space or need to make repairs quickly.

The RR03J18KTB is also designed for high power operation, and it can handle up to 18 volts of current, with a maximum continuous current rating of 8 amps. The resistor is also designed to handle temperatures ranging from -10° to +120°C. These features make the RR03J18KTB well suited for use in harsh environments such as in industrial, marine or automotive applications.

The RR03J18KTB is also designed with an advanced loading device which helps to reduce power losses during high power applications. The resistor\'s two insulation cages reduce its voltage drop and increase its power handling capacity, helping to ensure that the resistor will not overheat and fail.

The RR03J18KTB also utilizes a unique construction technique which helps it maintain its performance over time. The resistor is constructed using two layers of conductive metals and a special insulation which is designed to increase its life. This makes the RR03J18KTB an ideal choice for applications that require long term reliability.

Overall, the RR03J18KTB is an ideal choice for applications that require high power and stability in harsh environments. Its fast connection, high power capability, and high temperature tolerance make it well suited for industrial, marine, and automotive applications. Its advanced loading device, unique construction technique, and long term reliability make it an ideal choice for those requiring long-term reliability and performance.

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