CFR1WSJT-52-110R

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Through-hole resistors are a type of electronic component that is designed to resist the flow of electrical current in a circuit by restricting the amount of charge that can pass through. The resistance is typically printed on the body of the component and is measured in ohms. The type of material used to make the resistor determines how much resistance it can provide. The most common types of materials used are carbon, metal film, and wire-wound resistors. 

CFR1WSJT-52-110R, is a through-hole resistor with 52 ohm resistance value. It is a small component which has a size of 2.5 x 5.0 mm and it is made of metal film, which means it is a reliable and durable type of component. The main application field of this resistor is for circuit protection from over-current, voltage and temperature fluctuation, and it is often used in wide range of industrial devices like computers, TVs, radios and etc. 

This resistor works in a simple manner. As the voltage applied increases, a current goes through a resistor and the current is then limited by the resistance. This way the current is kept under the rated maximum and there is protection from over-current. The temperature component also plays an important role with resisting and limiting the current flow – the higher the temperature, the higher the resistance which limits the amount of current to run through the circuit. 

CFR1WSJT-52-110R has a very low power dissipation rate, so it can be used in low-power applications, such as in low-voltage PCB boards. It also has a low heat transfer rate which means it doesn’t get too hot while in operation, and the resistor body temperature will stay fairly low even under high current or voltage conditions, thus providing a reliable, safe, and long-lasting solution for most applications. 

In conclusion, CFR1WSJT-52-110R is a through hole resistor with very low power dissipation rate which is used in wide range of industrial devices. Its main purpose is to provide circuit protection from over-current, voltage and temperature fluctuation, and it works in a simple manner by limiting the current flow through the resistor with its low resistance value and temperature, making it a reliable and long-lasting solution for most applications. 

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