RN55E2982CBSL

Through Hole Resistors

Through hole resistors are components used in electronic circuits to control voltage, current, and resistance levels. The RN55E2982CBSL is a precision resistor that has a precision level of ±2% of its rated resistance value at 1KΩ. It has a maximum power dissipation of 500mW and is available in 1206, 1210, and 2512 case sizes. It is suitable for use in applications ranging from consumer electronics to medical technology and military equipment.

Application Field of RN55E2982CBSL

The RN55E2982CBSL is a highly accurate resistor that can be used in a variety of applications, such as:

• Communication equipment
• Digital signal processing
• High performance video / audio systems
• Medical imaging
• Robotics
• Test and measurement tools

This resistor offers an ideal combination of precision and power handling for a wide range of applications. It meets extensive testing standards and provides reliable performance under adverse temperature conditions. Its maximum power rating of 500mW ensures that it can handle current and voltage levels up to 24V.

Working Principle of RN55E2982CBSL

The RN55E2982CBSL is a through hole resistor style with a constant current-voltage (IV) characteristic. This means that its resistance remains constant even when the current or voltage levels it is exposed to change. This is achieved thanks to the material’s unique characteristics, which offer greater stability in the face of temperature changes, humidity, and other environmental conditions.

The resistor is composed of a thin metal film, deposited onto a ceramic insulating substrate, and then subjected to a special oxidation process. This process increases its resistance and makes it ideal for high-precision operations. The resistor also has radial leads that extend from the resistor body and enable it to be easily mounted onto a printed circuit board.

The RN55E2982CBSL is ideal for applications that require a high degree of accuracy and precision, such as medical imaging, robotics, and digital signal processing. Its temperature coefficient is stable over a wide range of temperatures, ensuring that it will not change its performance levels dramatically due to fluctuations in its environment.