CFF12JT330K

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Through Hole Resistors play an important role in the world of electronics, offering key resistors used in high-voltage and low-resistance applications. The CFF12JT330K resistor is just one example of how a through-hole resistor can be used in an electronics environment. This article outlines the application field and working principle of the CFF12JT330K resistor.

The CFF12JT330K is a through-hole resistor designed to offer resistors rated at 330KΩ (kilo ohms) with a tolerance of 5%. Its maximum working voltage is 60KV (kilovolts) and its maximum power dissipation is 50W (watts). This resistor is made of metal-oxide film which offers excellent thermal and electrical performance due to its low resistance value and high temperature coefficient of resistance. The body of the resistor is made of ceramic and is equipped with two metalized ceramic end caps, one at each end of the resistor.

The CFF12JT330K resistor is typically used in circuits or systems where stable resistors are essential for current limiting or leads to provide additional capacitance or impedance, as well as in voltage divider networks. It is widely used in power electronics, high voltage rectification systems, low-voltage protection circuits, high current circuits, and audio-visual equipment.

In terms of its working principle, the CFF12JT330K resistor is based on metal-oxide film construction which has a low resistance value and a high temperature coefficient of resistance. When electricity passes through the resistor, a small amount of power is dissipated, resulting in a voltage drop between the point of entry and the point of exit. This voltage drop is measured in ohms and is used to calculate the resistor’s resistance.

The CFF12JT330K resistor is designed for use in extreme temperatures and environments, allowing for operation from -60°C to +200°C. It is also resistant to moisture, shock, and vibration. It has superior thermal conductivity and can handle large current surges without catastrophic failure.

The CFF12JT330K resistor is an excellent choice for anyone looking for a reliable and accurate resistor to use in their electronics projects. It offers excellent performance and reliability and is suited for both high-voltage and low-resistance applications. With its robust construction, it is able to withstand the rigours of extreme temperatures and environments.

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