RN55C1374BB14

Through Hole Resistors are widely used in a variety of electronics circuits as they offer a range of different resistance values. The RN55C1374BB14 is a popular choice for many applications. This resistor has a resistance value of 1.47kΩ ±1%. The tolerance rating ensures that any resistor from the same lot will have a resistance value between 1.462kΩ and 1.478kΩ.

The RN55C1374BB14 has a wide range of application fields. The resistor is part of popular series of 1/4 Watt through hole resistors made by Vishay. The resistor has a maximum power rating of 250 mW and can handle up to 250 Volts. The resistor is suitable for use in consumer and industrial electronics applications such as audio amplifiers, robotics, and control systems. It can also be used in high temperature circuits such as power supplies, relays, voltage regulators, and motor controllers.

The resistor is made using a metal film resistor core. Vishay\'s metal film resistors offer low-noise, low-temperature drift and high stability. This ensures that any signals passing through the resistor remain stable over a wide range of temperatures and environmental conditions. The resistor also features an ohms value mark for easier identification and handling. The RN55C1374BB14 is a cost-effective solution for many applications.

Understanding the working principle of the resistor is important for proper use in any application. The RN55C1374BB14 resistor is a fixed value resistor. This means that the resistance value of the resistor remains unchanged regardless of the applied voltage or current. This is achieved by the thin resistor core material which offers a steady resistance value. When voltage is applied, the resistor’s core heats up, reducing its resistance. When the current falls back to zero, the resistor’s core cools down and returns back to its original resistance value.

In summary, the RN55C1374BB14 is a versatile through hole resistor suitable for use in a wide range of applications. It has a 1.47kΩ ±1% resistance value, a maximum power rating of 250 mW and can handle up to 250 Volts. The resistor is made using a metal film resistor core, offering superb noise, high stability, and high temperature drift. This ensures that any signals passing through the resistor remain stable over a wide range of temperatures and environmental conditions. The resistor’s working principle is based on its metal film resistor core, which offers a fixed resistance value that does not change with applied voltage or current.