RN55C15R4FR36

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Through hole resistors are utilised in a number of applications across electronic circuit designs. The RN55C15R4FR36 is a specific type, and is unique in its design. This axial leaded resistor has a tolerance of 5%, a resistance of 10kΩ-15kΩ, and an operating temperature range of -55°C to +125°C. With its relative low profile, assembly ease, and reliability, it’s an ideal resistor for various applications.

The RN55C15R4FR36 is suitable for use in multiple scenarios. It can be utilised for general design assemblies, current limiting, energy saving, stabilizing circuits, and switching applications. For example, they are suitable for use in connectors, cables, transmissions, computer interfaces, audio interfaces, and many other applications. This resistor also tests well, with high stability, and a high accuracy of 0.008%.

This resistor is classed as part of the “through-hole” resistor family of components. Typically, these components are designed to be mounted onto a PCB and soldered in place. This ensures the best possible conduction between the resistor and the line on which it’s to be mounted. This type of resistor is usually made from a ceramic material, and has two leads that protrude from the body. One end of the lead is attached to the ceramic body, while the other end is attached to the circuit line.

In terms of application details, the RN55C15R4FR36 is an axial wirewound resistor that also has an axial lead orientation. This type of resistor has an efficient structure, and helps limit currents, as well as offers good surge protection. Its small and compact size is well-suited to various applications and enables the user to mount it with relative ease. This also proves it to be an effective choice for various industries, such as automotive, aerospace, and telecommunications.

As for its form factor, the RN55C15R4FR36 features a multitude of components, including a cylindrical body, an insulating coating, two metal end caps, and two wire-guiding holes. Its two ceramic leads connect the resistor to the circuit line, and act as its electrical conductors. Its two metal end caps isolate it from the environment, preventing the possibility of shorting out or any other related issues.

On closer inspection, it’s also possible to observe the working principle of the RN55C15R4FR36. Basically, the resistor works by providing an electrical resistance, and therefore limiting the amount of current passing through it. This resistance results from metallic filaments being placed and spiralled around a ceramic core. This arrangement then creates a resistance across the length of the resistor. By adjusting the number of winding loops, and the thickness of the filament, the working resistance can be fine-tuned to the desired value.

In summary, the RN55C15R4FR36 is a through-hole resistor that is specifically designed for various applications. It offers the user a small and efficient structure, as well as high accuracy and stability. This resistor also features two ceramic leads, and two metal end caps that isolate it from the environment. Thanks to its reliable and resilient construction, it’s an ideal choice for a variety of applications and industries.

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