C3AR30JT

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Through Hole Resistors have been widely used in electronic engineering due to their lower cost, reliable performance, and easy installation. One of the most popular Through Hole Resistor models is the C3AR30JT, which has been used in industrial applications for more than 50 years. This resistor is made with a metal alloy and has a low-temperature coefficient and a high-temperature coefficient. The resistance value of the resistor is determined by the size and shape of the metal alloy. The C3AR30JT resistor has a temperature coefficient of 0.05 ohms/°C, a power rating of 60 W, and is able to withstand temperatures up to 500°C. Due to its high temperature rating, it is often used in applications such as power resistors, temperature control, heaters, and thermal protection. It is also able to handle high temperature changes, making it ideal for applications in which temperature change is common. The C3AR30JT is an easy to install, reliable and cost-effective solution for electronic engineers. The resistor is designed to be mounted on a PCB, allowing for easy integration into a circuit, and it can be soldered quickly and easily. For applications in which vibration is a concern, the C3AR30JT is designed to resist vibration and shock, ensuring dependable performance. The working principle of the C3AR30JT resistor is relatively simple. When an electrical current passes through the resistor, the resistor’s resistance causes the current to be dissipated as heat. This reduces the amount of current that is able to flow through the resistor, which in turn reduces the overall power that is supplied to the circuit. In summary, the C3AR30JT is a reliable, efficient and cost-effective Through Hole Resistor that is suitable for a variety of electronic applications. Its low-temperature coefficient, high-temperature rating, and ability to withstand vibration and shock make it a versatile solution for electronics engineers in any application. Its simple working principle also makes it an ideal option for engineers who are working on cost-effective projects.

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