FMP200JB-52-15K

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Through Hole Resistors are one of the most commonly used electronic components in a variety of electrical circuits. The FMP200JB-52-15K is one such resistor that features excellent electrical performance and cost-effectiveness.

FMP200JB-52-15K, a high power through-hole resistor, is typically used in high-current applications such as switching power supplies, motor controllers and inverters. It is capable of withstanding high current overloads, thermal overloads and short circuits which makes it suitable for use in harsh conditions. Additionally, its minimal temperature coefficients of resistance (TCR) enable it to be more suitable for precision measurement applications. Moreover, its high ruggedness and reliability make it a preferred choice for industrial applications. The FMP200JB-52-15K is available in four different package sizes and can handle a maximum power rating of 200W.

The working principle of the FMP200JB-52-15K is based on ohmic resistance, which is a result of electrical resistance that occurs when electric current passes through a material. This resistor is constructed with two metallic contacts which are separated by an insulating layer of ceramic. When current passes through this layer, some of the energy is dissipated in the form of heat, due to the resistance created by the ceramic material. The amount of power dissipated by the resistor is determined by its resistance value, thus, allowing the user to adjust the wattage as desired. However, it is important to maintain the correct wattage as too much wattage can damage the resistor.

The FMP200JB-52-15K is a reliable and efficient through-hole resistor, designed to suit a variety of applications. Its ability to handle high current overloads and thermal overloads makes it an ideal choice for power and industrial applications. Additionally, its minimal temperature coefficient of resistance makes it an appropriate choice for precise measurements, while its ruggedness and reliability further add to its suitability for use in harsh conditions.

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