MFP50SBRD52-448R

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Through Hole Resistors are an essential component for a wide range of applications. They are used to divide current or voltage, as well as providing electrical insulation between two conductors. In this article, we will be discussing the application field and working principle of MFP50SBRD52-448R, a high precision through hole resistor.

MFP50SBRD52-448R is a high precision through-hole resistor which can be used in a variety of applications, such as power supplies, power factor correction, motor control and audio applications. This resistor is designed with an innovative and precision thermal integral transducer which helps to provide better accuracy and stability.

The MFP50SBRD52-448R is a two-piece resistor that is made up of the base and the resistor element. The base is made from an aluminium body with a carbon graphite coating and the resistor element is an NFFL wire wound resistor consisting of nichrome wire. The resistor element is held in place inside the base using a mechanical connection by two silver plated zinc alloy nuts.

The working principle of the MFP50SBRD52-448R is fairly simple. When power is supplied to the resistor, the resistor element will restrict the flow of current, causing it to dissipate as heat energy. This heat energy is then transferred away from the resistor into the base, which dissipates it to the air. With this heat energy present, temperature changes in the environment will cause the resistance of the resistor element to shift, resulting in a decrease or increase in ohm resistance.

The main advantage of using MFP50SBRD52-448R is its high thermal stability due to its advanced feature. This allows for increased accuracy and overall performance. Additionally, this resistor is RoHS compliant, and it is capable of working in temperature range from -55°C to +205°C.

The MFP50SBRD52-448R provides reliable and accurate performance, which is essential in many applications such as industrial, automotive or audio systems. Its efficient operation and durability make it the ideal choice for a number of applications that require a high level of accuracy and stability.

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