TJT30047RJ

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Chassis mount resistors are an essential component that can be found in a variety of electrical appliances. Among them, TJT30047RJ is one of the most popular models used for AC/DC power supplies, switch mode power supplies, energy converters, data logging systems, consumer electronics, and instrumentation.The TJT30047RJ has an insulated metal oxide film (IMO) as its dielectric material. It is also a high-tolerance resistor that can meet the requirements of a variety of applications. It is designed to dissipate a large amount of heat and can withstand an operating temperature range of -55°C to +125°C. It offers a power rating of 2W and can handle a surge current up to 10A for a short duration.In terms of its application field, the TJT30047RJ can be used in circuits where a large amount of power is needed in a compact space. It has wide resistance values ranging from 10Ω to 1MΩ. The TJT30047RJ is able to stand up to high voltage and high static shock. It is also capable of withstanding rapid temperature changes, such as those in automotive or outdoor applications.In terms of its working principle, the TJT30047RJ works in the same way as a standard resistor. It works by using the electrons to move in an electrical circuit. The electrons move through the resistor and create a current flow. This current flow is then used to generate a voltage. As the voltage increases, the resistance of the resistor decreases.The TJT30047RJ is an excellent choice for numerous applications as it provides reliable performance and long-lasting life. Its level of stability and accuracy makes it suitable for a range of situations, such as in automotive and consumer electronic applications. It is also an economical solution for controlling electrical current, resulting in better energy efficiency.In conclusion, TJT30047RJ is a reliable and versatile chassis mount resistor that is suitable for a range of applications. Its high tolerance resistance, power rating, and wide resistance values make it an ideal choice for many applications. It is also able to handle large amounts of heat and withstand a wide operating temperature range, which makes it suitable for use in automotive and consumer electronic applications. It works by using the electrons to move in an electrical circuit and create a current flow to generate a voltage, thereby resisting the current flow to maintain the desired voltage.

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