CCR14K7KB

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The CCR14K7KB is a through hole resistor that typically carries on its surface the marking "14K7KB". This marking indicates the resistance of the resistor, while the ‘KB’ suffix also indicated a rated power of 5 W. This device is a type of axial leaded resistor typically utilized in circuit boards where a higher powered component is required. It is also popular in printed circuit boards where a more robust device is required due to its ability to handle voltages up to 300 V.

The working principle of a through hole resistor is to resist the flow of current. The resistance is determined by the resistor\'s physical design, which makes it a type of passive element. Through hole resistors are typically composed of a material with a high resistance, such as carbon or metal film. This resistive material is typically wrapped around an axially-oriented wire which is then soldered into place on a printed circuit board.

The CCR14K7KB is a general-purpose resistor typically found in consumer electronics. It is suitable for medium power applications, as it can handle up to 5 W at voltages up to 300 V DC. It can be used in applications requiring overcurrent protection, current-sensing, and voltage-sensing. It is also popular for LED lighting applications, power supply protection, and in AC and DC motor control.

The CCR14K7KB is a design that is small enough to fit in tight areas, making it an ideal choice for those applications. The resistor offers high reliability, temperature stability, and voltage stability, while its construction allows it to withstand long-term use. It also offers an easy-to-use design, making it simple to insert into circuits. In addition, it has a low stray capacitance and is secured in a rigid casing, making it ideal for use with high-frequency switching circuits.

In summary, the CCR14K7KB is a general-purpose through hole resistor suitable for medium power applications. It offers a combination of high power, small size, good temperature stability, and reliable performance. It is perfect for a variety of applications from LED lighting, power supplies, and AC and DC motor control, to overcurrent protection, current-sensing, and voltage-sensing.

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