CFR2WSJT-73-0R47

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Through Hole Resistors are a critical type of components that are widely used in the fields of electronic engineering. The CFR2WSJT-73-0R47 is one of the most popular among them, and it is mainly applied to power supplies and resistive circuits, among other applications. This article will discuss the application field and the working principle of the CFR2WSJT-73-0R47 through-hole resistor.

CFR2WSJT-73-0R47 is a cylindrical resistor with a lead terminal. It is composed of a metal core, an insulator, and a metal blanket. The metal core serves as the resistor body, while the insulator is used to provide insulation between the metal core and the metal blanket. The metal blanket is then used to fix the two terminal pins together. The configuration of the resistor is highly reliable, as it is able to take heavy vibration and shock loads.

In terms of its application field, CFR2WSJT-73-0R47 is mainly used in power supplies, including DC/DC buck or boost converters, as well as high-power motor drives. It can be used as a voltage divider, current limiter, filter, and EMI/RFI. It is also used in multiple resistive circuits, such as RC low-pass filters, multiple voltage dividers, and other applications. Furthermore, it can be used in audio systems, where it is used to provide electrical insulation for high-powered audio systems.

In terms of its working principle, CFR2WSJT-73-0R47 is based on the concept of resistivity. A resistor can be defined as an electrical component that has one or more electrical conductors and resistive elements connected in series. The resistive elements are designed to convert electrical energy into heat. The resistive element can be either a metal or a metal oxide. When an electrical current is fed through the resistor, the heat generated will cause resistance to build up in proportion to the amount of current. This is known as ohmic resistance.

At the core of CFR2WSJT-73-0R47’s design is the idea of temperature compensation. The metal core is designed to maintain a temperature coefficient that can be adjusted to compensate for changes in the environment. The metal blanket is also made with an optimal construction to ensure that no air is trapped inside the resistor. The combination of these two factors ensures that the resistor will operate reliably even under harsh conditions.

In conclusion, CFR2WSJT-73-0R47 is a highly reliable and versatile through-hole resistor that can be used in a variety of applications. It is mainly applied in power supply, resistive circuits, audio systems, and other applications. It is built on the concept of resistivity and is designed with temperature compensation in mind. It’s highly reliable design ensures that it will operate reliably even under harsh conditions.

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