RN50C3012FB14

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Through Hole Resistors are widely used in any application requiring precision resistive elements. Among these are such fields as communications, medical diagnostic equipment, and even industrial control systems. Of all these devices, one of the most popular is the RN50C3012FB14. This resistive device was designed as a single resistor that can be used in any circuit application.

RN50C3012FB14 is an ultra-high-precision resistor with a highly consistent resistance value, having a temperature coefficient of about 1000 ppm/K and an accuracy of 0.25%. These features make it ideal for use in medical and electronic equipment where tightest tolerances are required. The design of this resistor is quite durable, as it can be used in high temperature environments, high humidity levels, and harsh chemical environments.

The operating principle of the RN50C3012FB14 is quite simple and efficient. It uses two distinct interfaces for its resistive operation. The first is the physical contact between the resistor and its mounting substrate, which provides electrical and physical contact. The second is the metal-to-metal contact of the contacts within the resistor, which allows for current flow.

When it comes to installation, it is fairly simple. TheRN50C3012FB14 is unrolled and held in place in order to ensure proper electrical contact and mounting security. Once the resistor is secured, two contact spring clips are attached to the leads of the resistor. The clips secure the resistor to the mounting substrate.

Once the RN50C3012FB14 is connected, it can be used for providing precision and resistance measurements in a wide range of applications. It can be used for providing accurate feedback control in power supply and motor control applications. It can also be used to measure impedance and noise levels in counter circuits. And it can also be used for providing a precise resistance control for current and voltage supplies.

The RN50C3012FB14 is thus a highly versatile and effective resistive element for use in any application. It is designed to provide highly consistent, accurate and reliable readings in any environment. It is also quite durable and can withstand harsh environments without any issues. Finally, it is very easy to install and is a cost-effective solution for any application requiring precision resistive elements.

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