MFP1WSBBE52-1K

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Through Hole Resistors are one of the most widely used components in electrical and electronics engineering. The MFP1WSBBE52-1K is an example of such a component. It is a single-turn, sealed wire-wound precision resistor with a temperature coefficient that is very low compared to other resistors. This type of resistor is often used in applications where temperature stability and precision are critical factors.

The MFP1WSBBE52-1K is designed for electrical systems that are exposed to extremes of temperature and vibration. It has a wiper contact and is suitable for high temperature, high-voltage applications where accuracy and precision are important. The resistance of the resistor is relatively adjustable and the tolerance is 5%.

The MFP1WSBBE52-1K is a wire-wound resistor with an insulated enameled wire winding on a ceramic substrate. The ceramic substrate acts as a temperature stabilizing element and provides a uniform resistance over temperature and also over time. The assembly of the terminal and the resistive element is encapsulated in a molded thermosetting plastic.

The working principle of the MFP1WSBBE52-1K is very simple. When electricity flows through it, it builds up a resistance that is exact and stable over time, no matter the temperature. This is achieved by the wire-wound construction which builds up a temperature stabilized uniform resistance on the surface of the ceramic substrate. In addition, the resistor has a low temperature coefficient which helps to keep the resistance value stable even when exposed to temperature variations.

The MFP1WSBBE52-1K is mainly used in a variety of applications such as in resistor dividers, voltage regulators, power supplies, and high temperature control circuits. It also finds uses in automotive, avionics, and industrial applications where precision and reliability are important.

The MFP1WSBBE52-1K is a reliable and accurate resistor for applications requiring precise resistance and adjustable tolerance. It is also ideal for applications that require low temperature coefficient and temperature stability. As a precision resistor, it is suitable for applications where accuracy and precision are critical factors.

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