RN55D4990FB14

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through hole resistors form a basic part of a wide range of electronics circuitry and applications, and RN55D4990FB14 is no exception. This particular series of through hole resistor was specifically designed for application in the field of low current, high tolerance precision resistors, with applications ranging from timing circuits and power supplies to analogue and digital circuits. Simply put, RN55D4990FB14 resistors are specialized components used in a wide range of electrical and industrial applications.

The RN55D4990FB14 is a resistive device made up of two concentric cylinders consisting of an inner or core layer, which may be a single piece or divided into two or more sections, made of a metal or ceramic material. In general, the core is made of a material with very high electrical resistance. Its purpose is to absorb and reduce the current flow, preventing it from becoming electrically and thermally degraded. The outer shell, also known as the resistance ring or "jacket" is generally composed of a conductive material, which serves to generate a signal in response to external voltage or current. The combination of the core and the jacket create a physical barrier between electronic and mechanical components, reducing a wide range of hazardous electrical and thermal effects.

When making use of a RN55D4990FB14 resistor, the basic working principle is to limit the total current flowing through the resistor to a safe and manageable value. This is achieved by controlling the voltage potential across the resistor, using a variety of methods such as variable resistors and transistors. The ability for the resistor to limit current and maintain constant voltage is largely determined by two factors: its resistance value (R) and its capacitance (C). The resistance value is the ratio of the voltage across the resistor to the current through it, while the capacitance is a measure of the ability to store charge on the surface of the resistor. The voltage potential of a resistor is simply the sum of the voltage steps impressed on it from the voltage sources.

In terms of specific applications, RN55D4990FB14 resistors may be used in a wide range of applications such as audio and video systems, timing circuits, oscillators, power supplies, light and touch sensor systems, PLCs, and in all sorts of electronic circuits. Furthermore, they can be used to implement numerous safety measures, such as EMC filtering, signal processing, filter bypassing, current limiting, and surge protectors. Among other things, RN55D4990FB14 resistors may also be used in the manufacture of circuits with UL certification or for precision working such as in MRI systems.

One of the major advantages of using RN55D4990FB14 resistors is that due to their high tolerance precision construction, they deliver reliable and consistent insulation properties with low variation. With consistent trending properties, these precision resistors can be used in precision medical technology or applications where signal integrity is paramount. In terms of their size, RN55D4990FB14 resistors are generally quite small, allowing them to be used in a wide variety of restricted device applications. Additionally, due to their compact size and light weight, these resistors can be easily mounted into equipment, even when this equipment is subjected to unstable operating conditions.

Overall, RN55D4990FB14 through hole resistors are a reliable, precise, rugged and cost-effective component that can be used in a wide variety of electronic applications. With their low-cost, robust construction, these through hole resistors provide users with superior electrical performance, while being able to operate reliably in the most challenging environments. With their wide range of applications, allied with their high performance and affordable pricing, RN55D4990FB14 resistors are an excellent stock item for use in all sorts of electrical engineering and industrial applications.

The specific data is subject to PDF, and the above content is for reference