FMP200JT-52-200K

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Through Hole Resistors are a type of resistor which are characterized by having mounting or having a large diameter wire lead on both ends, allowing it to be mounted directly to a board or other surface. The FMP200JT-52-200K, which is a through hole resistor, has a few specific applications and working principles that make them a great choice for various projects and tasks.

Applications

The FMP200JT-52-200K is used for a variety of power-related applications, such as controlling heated circuits, preheating circuits during power outage, variable voltage regulation, and so on. It can also be used to replace regular resistors in electronic designs to provide a more effective solution as it offers little to no heat loss, reducing energy costs due to its high resistive value. Additionally, the FMP200JT-52-200K is well suited for applications in which an electrical force needs to be maintained while also having minimal external force. This makes it a great choice for applications in which minimal heat and power loss is desired.

Working Principle

The FMP200JT-52-200K is a through-hole resistor that works by employing electrical resistors to limit the amount of current flowing through a circuit. This is achieved by using a combination of several fixed resistors and a semiconductor material in the form of a thin layer on a substrate. This thin layer forms a barrier between the fixed resistors and the wire leads. The resistors will then provide an electrical resistance, which will effectively limit the amount of current that can flow through the circuit. This process is called resistance-temperature compensation and allows the FMP200JT-52-200K to operate effectively in wide temperature ranges, providing stability and reliability.

As the name suggests, the FMP200JT-52-200K is an excellent choice for use in many applications. With its excellent characteristics, it can provide consistent performance and reliability even in extreme temperatures. Its ability to maintain a low resistance even in the presence of high temperatures helps reduce energy losses. Due to its components’ low thermal coefficient of resistance, it is also ideal for use in high-power applications where maintaining a consistent resistance is essential. The FMP200JT-52-200K is an ideal choice for projects and applications that require a high degree of precision, stability, and reliability in controlling electric current.

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