PGM65SJB-33R

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A through hole resistor is an electrical component or component that is discretely placed on a printed circuit board (PCB) as part of an electrical system. Through-hole resistors are composed of a resistor that is mounted into the PCB either by soldering or by using a thermoplastic, or thermoplastic diaphragm. Through-hole resistors are typically used in high power electronics, including power amplifiers, lighting controls, and fuse boxes.

There are many different types of through hole resistors, but the most popular is the PGM65SJB-33R. This through hole resistor is very reliable and has many applications ranging from audio amplification to power regulation. It features a variety of tolerances, packages, and footprints to meet any design needs.

The PGM65SJB-33R is an ideal choice for applications that require high power or high precision. It has a highly reliable construction and its R-type package can be easily mounted onto a variety of substrates. It also has high power capacity up to 100W with a 4.3kV maximum voltage rating.

The PGM65SJB-33R is constructed with two layers. The first layer is a substrate and it is composed of various materials, namely polyimide, iron, copper, and epoxy. The second layer consists of the resistor elements; these are formed by wound ribbon strips that are interconnected by welding. The two layers are soldered together and the assembled device is then enclosed in a hermetic sealant.

The working principle of the PGM65SJB-33R through hole resistor is relatively simple. The resistor is connected in series with an electrical load. When power is applied to the load, the resistor absorbs a portion of the power and dissipates it as heat. By altering the size and composition of the resistor elements, the resistance of the device can be adjusted, allowing the load to be accurately controlled.

The PGM65SJB-33R through hole resistor is an excellent choice for applications that demand high accuracy, reliability, and power capacity. Its curved design and hermetic sealant make it highly reliable, and its adjustable resistivity makes it a perfect choice for precision control. The versatile package options make it easy to mount onto a variety of substrates, and its high power capacity makes it an ideal choice for use in many power systems.

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