FMP300JB-52-150K

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Through Hole Resistors come in many shapes and styles, but one of the most common varieties is the FMP300JB-52-150K. As the name implies, these resistors are designed to be placed through a hole in the circuit board in order to reduce the current passing through it. Unlike surface mount devices, these resistors can provide a greater level of precision and accuracy due to their increased contact area with the circuit board.

The FMP300JB-52-150K is a non-inductive, wire-wound, axial-leaded resistor. The resistor has an operating temperature of -55 °C to +125 °C with respect to ambient and temperature coefficient of 10 ppm/°C. This makes the resistor well-suited for use in extreme conditions and in tight spaces. It is common to see this type of resistor in automotive, military, and avionics applications.

In addition to the high temperature capabilities, the FMP300JB-52-150K also has a high power rating. With a power rating of 300 watts, it is able to handle current levels significantly higher than surface mount resistors. This element has a high voltage rating of 250 volts, making it suitable for use in high voltage circuits, such as those used in telecommunications and power supplies.

The FMP300JB-52-150K should be placed on the circuit board using metalized holes, either through-hole or plated through-hole. Once placed, it is important to ensure the resistor is securely mounted and all connections are made correctly. Once everything is connected, the resistor’s job is to reduce the current flowing through the circuit by providing resistance. This resistance limits the amount of current passing through, keeping it stable and reliable.

Overall, the FMP300JB-52-150K is an incredibly versatile resistor that can be used in many different circuit designs. Its high power rating, high voltage rating, and extreme temperature capabilities make it a reliable choice in many applications. With its ability to reduce current levels and create a stable and reliable electrical current, this resistor is sure to be a great option for any circuit design.

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