RN55E5361DB14

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Through Hole Resistors are an important component in any electrical, electronic or mechanical system. A resistor is a device that has a limited ability to regulate the current flow through it and can be found in many consumer, industrial, and military applications. The RN55E5361DB14 is a Through Hole resistor from Panasonic, used widely in many applications. This article will discuss the application field and working principle of the RN55E5361DB14.

The RN55E5361DB14 is mainly used in applications where a high reliability or conformance to certain standards is necessary. This resistor has been tested in order to meet the MIL-19500 specification, which is a set of requirements for resistors used in the military. The RN55E5361DB14 is also used in consumer electronic products, medical systems, automotive systems, surveillance systems, and other applications where a high-reliability, high-precision resistor is required.

The RN55E5361DB14 is a Through Hole resistor, which means that it is a component which is inserted into a printed circuit board and is mounted with screws or fasteners. It is designed to have a low electrical resistance, so that it can regulate the current flow within a certain range. The resistance value of the resistor can be adjusted by adjusting the number of turns on the coil or by changing the thickness of the wires used in the component.

The RN55E5361DB14 utilizes four major elements: a terminal, a ceramic body, a steel core and a lead. The terminal is a conductive connector to the printed board or other system components. The ceramic body is a durable, non-conductive material which helps to protect the steel core and lead. The steel core is important because it helps to reduce distortion and noise in the resistor. Finally, the lead connects the terminal to the steel core, providing the electrical connection to the resistor.

The working principle of the RN55E5361DB14 is simple and easy to understand. When a current is applied to the terminal, the electrons flow through the ceramic body and the steel core, producing a resistance to the current flow, which is determined by the properties of the resistor. This resistance allows the current to flow through the component at a given range, depending on the type of resistor and the desired application.

In conclusion, the RN55E5361DB14 Through Hole resistor from Panasonic is an important component for many applications and is widely used for its reliability and conformance to certain standards. The RN55E5361DB14 utilizes four major elements and its working principle is simple and easy to understand. By using this resistor, engineers can be sure that their systems will perform in the intended manner and give reliable results.

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