CA0001100R0JB12

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Through Hole Resistors play an important role in modern electronic systems due to the ability to accurately and reliably measure resistance in both DC and AC circuits. One such type of resistor is the CA0001100R0JB12 Through Hole Resistor, which can be used for applications ranging from basic low- to high-power circuits. This article will explore the application field and working principle of the CA0001100R0JB12 resistor.

The CA0001100R0JB12 Through Hole Resistor is a high-precision device designed for a wide variety of application fields. The gold plated resistive element enables it to accurately measure resistances in both DC and AC circuits, making it useful for integrating into a variety of circuits. It is also extremely reliable and able to withstand temperatures up to +150°C. This resistor is suitable for use in a variety of applications, such as medical devices, automotive electronics, power supplies, and audio amplifiers.

The working principle of the CA0001100R0JB12 Through Hole Resistor is simple yet effective. This resistor is made up of two leads held together by a “J”-shaped metal body, and each lead has a gold-coated cut-wire section that connects the two ends of the resistor. An outer metal ring is then mounted around the lead, which helps to evenly distribute heat during operation. The leads are then connected to two connecting posts, and the resistive element is pressed into the “J”-shaped body to create the required resistance. When current is passed through the resistor, the resistive element converts some of the electrical energy into heat, which is then dissipated into the surrounding environment via the leads.

The CA0001100R0JB12 Through Hole Resistor is a highly reliable and accurate through-hole resistor. It can be used in a wide range of applications, and its unique J-shaped body makes it extremely heat dissipative. Its gold-plated resistive element is also capable of accurately measuring both DC and AC circuits, making it an ideal choice for many modern electronic applications. Furthermore, its ability to withstand temperatures up to +150°C makes it a great choice for high-temperature applications.

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