RN55E1002BB14

Through hole resistors are one of the mostly used passive electronic components, and one of their common models is RN55E1002BB14. This resistor is used frequently in commercial and military applications and is precision-manufactured for its high accuracy and reliability.

RN55E1002BB14 is a through-hole resistor which contains a 1002 body size case and is rated at 0.125 watts. The resistor body is comprised of a ceramic tube which is then coated with a special alloy of 70% nickel and 30% manganese. This ensures a 20% variation tolerance, although just ± 5% variation is usually observed with the RN55E1002BB14.

The resistor is coated with special epoxy paint which helps protect it from humidity and other forms of wear and tear. The resistor is then mounted on a twisted pair of wires using a cement-type solder solution. It is then tested for accuracy and is ready to be used in commercial and military applications.

The working principle of the through-hole resistor is quite simple. When an electrical current passes through the resistor, it resistors the flow of current. This resistance creates a voltage drop across the resistor which in turn converts the electrical energy contained within the current into heat energy. This reduces the electrical intensity of the current passing through the resistor, limiting the current flow into a manageable level.

The RN55E1002BB14 is used in a wide variety of applications such as timer circuits, power supplies, heaters, motor control circuits, and so on. It is also used frequently in automobiles, telecommunication devices, tools, and automotive components.

The RN55E1002BB14 is highly reliable and is ideal for high-stability applications. Its high accuracy also allows it to be used for precision engineering applications. Furthermore, with its resistance temperature coefficient, it is also suitable for applications involving temperature control or temperature compensation.

RN55E1002BB14 is an excellent choice for through-hole resistors. With its low resistance values, high accuracy, and wide temperature range, it is an ideal choice for any precision engineering application.