KNP200JT-73-0R36

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Through Hole Resistors are one of the most ubiquitous pieces of electronic components in the world, playing an important role in controlling circuits and signals of modern electronics. A specific type of through hole resistor is the KNP200JT-73-0R36, a radial-leaded resistor that utilizes J-Lead construction for its install, while also providing a very cost-effective solution to many applications. In this article, we will be exploring the application field and working principle of the KNP200JT-73-0R36.

The KNP200JT-73-0R36 resistor is mainly used in the fields of medical instruments, communication, automotive, digital equipment, audio-video, and telecommunications applications. It is designed with a J-lead style, which has a vertical and back shape, and is welded on the back side of the PCB. This design is very suitable for batch assembly, and makes it easy to install and replace. Additionally, with the built-in capacitor arrays, it also reduces the area required for installation in space-constrained applications.

The KNP200JT-73-0R36 resistor features a reliable construction that utilizes 14 wafers of resistive material. The wire is wrapped in both directions along the vertical structure, forming the resistor element. Its resistance increases the further it is wrapped in either direction, and the total resistance of the entire resistor can be easily adjusted by adjusting the distance the wire is wrapped to the potentiometer. The power dissipation of the resistor is determined by the total wattage it is carrying.

The working principle of the KNP200JT-73-0R36 mainly relies on the type of resistor material used. It most commonly uses carbon film resistors, which are composed of two components: the resistive element and the electrode. The resistive element typically consists of a thin film of carbon coated on a ceramic substrate, while the electrodes are composed of a conductive metal film. When electricity passes through this resistor, the carbon film acts like an insulator, resulting in a voltage drop and thus controlling the current. It is important to note that the carbon film’s thickness plays a major role in determining the magnitude of the resistance.

In conclusion, the KNP200JT-73-0R36 resistor is a cost-effective solution to many applications due to its J-lead construction, space saving design, and reliable construction. Its resistance is determined by the type of resistor material used and the thickness of the film, while its power dissipation is determined by the total wattage it is carrying. All these factors make it an ideal choice for medical instruments, communication, automotive, digital equipment, audio-video, and telecommunications applications.

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