FCR2WSJR-52-200K

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Through hole resistors are available in a wide range of values and shape. One of the more popular through hole resistors is the FCR2WSJR-52-200K, and it is widely used in a range of applications. This article provides an overview of the FCR2WSJR-52-200K, its application field and working principle.

In terms of physical construction, the FCR2WSJR-52-200K is a through-hole resistor with a resistance of 0-200K. It has an important feature that it is able to withstand operations at temperatures of up to 450°C. The package size of the FCR2WSJR-52-200K is 12.6 x 9.7 x 4.2 mm. This makes it suitable for applications which require a small footprint.

The FCR2WSJR-52-200K is widely used in a range of different applications. In the electronic industry, it is used in power supply circuits for various electronic devices. For example, laptops, mobile phones, or other consumer electronics. It can also be used as a heater element in household appliances such as toaster ovens or coffee makers. In the automotive industry, the FCR2WSJR-52-200K is used for controlling air conditioners, cooling systems, and other automotive related applications.

In terms of the working principle of the FCR2WSJR-52-200K, it works similarly to other resistors. This resistor is based on resistance as its core operating principle. In order to get the desired amount of resistance, the FCR2WSJR-52-200K uses an intrinsic material, typically carbon, as its resistive element. When voltage is applied and current flows through the resistor, it creates electrical energy which is converted into heat. The amount of heat produced depends on the resistance value. The greater the resistance value, the more heat is produced. This heat is then dissipated into the surrounding environment.

The FCR2WSJR-52-200K is a versatile resistor suitable for a range of applications. It is able to handle operations up to 450°C, making it suitable for high temperature applications. Its small package size also makes it suitable for applications that require a small footprint. It is able to withstand high power application due to its large resistance value and is also able to accurately maintain the resistance value over large temperature fluctuations. Its working principle of converting voltage to heat also makes it a useful component in a wide variety of electronic devices.

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