FMP300FBF73-4K12

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FMP300FBF73-4K12 Application Field and Working Principle

Through hole resistors are a class of resistors that are usually characterized by a wide resistance range and high power rating capability. The FMP300FBF73-4K12 is a type of through hole resistor that possesses higher temperature coefficient and higher resistance values than standard resistors. This type of resistor is primarily used in the manufacturing of military equipment, automobiles, computers, digital audio systems and other hi-tech electronic devices.

The resistors are typically attached to heavyweight circuit boards with round, metal-insert axial lead holes. The axial package of the FMP300FBF73-4K12 consists of two lead wires connected at one end and connected by metal contact points at the other end. The lead wires are made of copper and the contact points are often tinned so as to enhance electrical conduction. The wires have a specific length and resistance value, which are specified by the customer when the components are ordered.

The FMP300FBF73-4K12 has a long-term stability and reliability, which makes it ideal for use in all sorts of industrial and military applications where stability is essential. It is also suitable for outdoor use, due to its strong construction and low self-heating rate. The components are relatively cheap and have a wide resistance range, making them suitable for use in a range of applications.

In terms of the working principle of the FMP300FBF73-4K12, the current is regulated by passing it through a very small glass tube that contains metal contacts. The metal contacts can be moved closer or further away from each other, making it possible to alter the resistance of the resistor. This process requires no additional power and the resistance is maintained over a wide range, even when the component is exposed to harsh environments.

The FMP300FBF73-4K12 is typically used in military and other hi-tech electronic equipment due to its superior performance, robust design, long-term stability and reliability. It is also relatively inexpensive and can be used in a range of applications. This makes it a great choice for those who want a reliable and cost-effective resistor for their electronic products.

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