RN55E2871DRSL

Through Hole Resistors are commonly used in circuits where space constraints are not a factor. The RN55E2871DRSL is an example of a through hole resistor. It has an average resistance of 8.2 ohms and a tolerance of ±1%. It is capable of dissipating up to 1.2 W of power and can handle voltages up to 400 V.

The RN55E2871DRSL is a chip-resistor, which means it has been specifically designed to be assembled on printed circuit boards. It is cylindrical and approximately 0.02" in diameter, 0.20" in length, with its leads spaced 0.10" apart. It has a surface mountable type of 1/8W, and a chip size of 0.255 x 0.117".

The RN55E2871DRSL is used in electrical devices and circuits. It is widely used in capacitor-resistor networks, filters, voltage dividers, noise reduction circuits, and feedback loops. Its tolerance rating is important for critical applications that require a very high degree of accuracy, such as precision measurement equipment and medical diagnostics.

The RN55E2871DRSL can be used in analog and digital circuitry. In analog circuitry, it is typically used to provide an accurate resistance across power rails or signal lines. In digital circuits, it is typically used to slow the rise or fall times of signals, or to provide a pull-up or pull-down resistance to analog inputs. The RN55E2871DRSL can also be used as a current-limiting resistor.

The working principle of the RN55E2871DRSL is simple. The resistor is composed of two pieces: the resistor element and the lead wires. The resistor element consists of an electrically conducting material, like carbon, which has been designed to create a specific resistance when an electrical current is passed through it. The lead wires are insulated conductors that provide an electrical connection to the resistor element. By controlling the length and size of the resistor element, the amount of resistance present can be accurately determined.

The RN55E2871DRSL can be used in a variety of different applications, where its accuracy and high power handling capability make it a suitable choice. Its small size and low profile make it easy to integrate into complex electronic designs. Its reliability and consistent performance make it a popular choice for engineers who require a dependable device in their circuits.