RN55E1063BRE6

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Through-hole resistors are two-terminal electrical components, designed to provide a known resistance to the flow of electric current within a circuit. Operating similarly to a sealed tube filled with resistive material, the RN55E1063BRE6 is a specialized type of through-hole resistor with a variety of applications in today’s electronic systems, as well as its own internal operational principles.

Characteristics

The RN55E1063BRE6 through-hole resistor has the specific characteristics and specifications necessary for its main applications. It contains tin/lead plating on its surface material, has a power rating of 1/4 watt, and is designed for surface mount mounting configuration. Additionally, this product is often used in military and aerospace applications or in other circuits emphasizing high-reliability, extended-life components. It also has a temperature coefficient of 4500ppm/C and a tolerance of 10 percent.

Uses

RN55E1063BRE6 through-hole resistors are highly versatile components, with a range of applications in various markets. Through-hole resistors are a common element in switching power supplies, motor control, amplifiers and precision circuits, as their precision and consistency of operation ensures accuracy and reliability. In addition, this type of resistor is often used as snubber resistors, which aid in limiting electrical surges or current excited by impedance within power cables, and can also improve the static power factor of an electrical system. These and many other uses for through-hole resistors can be seen in today’s leading edge technologies.

Principle and Operation

At its simplest, a through-hole resistor is a passive component that works on the principle of Ohm’s law. By restricting the flow of electrons throughout a circuit, the resistance of the electrical current can be controlled, giving the circuit designer the ability to affect the behavior of devices operating in the system. Regarding the RN55E1063BRE6, this particular resistor utilizes a resistor element that is housed within an hermetically sealed case. As electrons pass through this resistor element, a small portion of their energy is transferred to the resistor causing resistance to take place between the two terminals. The amount of resistance created is dependant on the internal makeup of the resistor element and is usually specified as a ratio of the voltage applied to the current passing through it. This resistor element is usually made of a ceramic core, surrounded by carbon and metal wire, or sometimes multiple metal films that are arranged in a spiral pattern.

Endurance and Reliability

The RN55E1063BRE6 through-hole resistor is designed for high endurance and reliability. As this type of resistor is built from high-grade anodized components, it can often be exposed to harsh or extreme environments without any disruption to its operation. In addition, the resistor’s ability to dissipate heat quickly and safely is a useful feature that enables the resistor to withstand vast temperature swings. These features, coupled with its high-endurance characteristics, offer designers the needed assurance that the RN55E1063BRE6 will remain a reliable component that can be relied upon for many years.

Conclusion

Many through-hole resistors can be found across the diverse range of today’s electronics industries. The RN55E1063BRE6 through-hole resistor is an ideal passive component when precision, endurance, and reliability are mandated in the circuit design. Its specialized construction, featuring a resistor element within an hermetically sealed case, allows for accurate control of the electrical current passing through it, as well as endurance and reliability for this component in the most demanding of environmental and operational conditions. This device is featured in a variety of applications from military and aerospace to precision applications and it continues to offer resistance and reliability in today’s high-tech designs.

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