RC14JT4K30

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Through Hole Resistors are the most common type of resistor used in both digital and analog circuits. The RC14JT4K30 is a unique resistor in this category due to its unique application field and working principle.

The RC14JT4K30 is a multilayer ceramic resistor (MLCC) with thick film processing. It is designed for surface mount applications such as cell phones, telecommunications systems, computers, and motor control. The resistor is composed of four layers of ceramic dielectric material, two layers of fired-on resistance film, and a termination layer, all of which are encased in an epoxy overcoat.

The main benefits of using the RC14JT4K30 resistor include their small size, low weight, and high power handling capabilities. These advantages make them ideal for use in space-constrained applications. Additionally, this component offers excellent stability and reliability due to its wide temperature tolerance range and wide resistance range.

The RC14JT4K30 resistor is designed to operate with a temperature coefficient of 200ppm/°C. This ensures that its resistance remains stable over a wide temperature range. Additionally, the resistor is able to handle large currents without heating, allowing it to be used in power applications.

The unique working principle of the RC14JT4K30 is based on its two layers of fired-on resistance film. This film is composed of a nickel-chrome alloy, which is deposited onto the ceramic layer. This allows the resistor to maintain its value of resistance over a wide range of temperatures. The resistor is also designed with an overload prevention mechanism, which makes it a reliable and durable component for high power usage.

In conclusion, the RC14JT4K30 is a unique thin film resistor designed for surface mount applications. It is composed of four layers of ceramic dielectric material, two layers of fired-on resistance film, and a termination layer, all of which are sealed in an epoxy overcoat. This resistor is ideal for use in space-constrained applications due to its small size, low weight, and high power handling capabilities. Additionally, the resistor is designed to operate with a temperature coefficient of 200ppm/°C, and offers excellent stability and reliability.

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