OK68G5E-R52

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Through Hole Resistors, also known as mounting resistors, exist in many electronic circuits. They serve a substantial purpose in helping to limit current, adjust signal levels, and divide voltage. One such widely used resistor is the OK68G5E-R52. This article will explain the application field and working principle of the OK68G5E-R52, which is a through hole resistor.

The OK68G5E-R52 is produced by Taiwanese technology manufacturer YAGEO. This resistor is a 5 watt, 68 ohm, radial leaded device with an accuracy of 5%. It is accessible in 2% and 10% as well. The tolerance is ±10ppm/K, while the temperature coefficient is ±200ppm/K. This part has an operating temperature ranging from -25 to +125 Celsius degrees. Due to its high accuracy, high stability, and reasonable price, the OK68G5E-R52 is widely used in various electronic applications.

The main application field of the OK68G5E-R52 is in the measurement and control systems sector. It can be used in various systems including automatic measuring systems, communications systems, telecommunication systems, and even industrial systems. Its robustness and reliability make it suitable for these applications. Furthermore, it has a high level of resistance to withstand high temperatures and high current, making it an ideal choice for temperature control and current control circuits.

The working principle of the OK68G5E-R52 is rooted in thermodynamics. This type of resistor consists of an element, which is usually made of oxidized metal, and is surrounded by a ceramic body. The resistor works when a voltage is applied across its terminals. When the voltage is applied, a current is created in the element. At the same time, electrical energy is converted into thermal energy, which heats up the element. This in turn creates a resistance. The accuracy of the resistor is determined by the resistance of the element.

In conclusion, the OK68G5E-R52 is a through hole resistor that is widely used in various electronic applications, mainly in the measurement and control systems sector. Its working principle depends on thermodynamics, where a voltage is applied across the element and electrical energy is converted into thermal energy. This creates a resistance, and the accuracy of the resistor is determined by the resistance of the element. Thus, this through hole resistor could be an effective solution to various temperature control and current control problems.

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