SQM500JB-110R

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Through Hole Resistors (THRs) come in all shapes and sizes, but no matter what the design, they all operate the same way. The SQM500JB-110R is a special kind of THR that offers exceptional resistance against high frequencies and high power, with a low electrical noise level. This makes it ideal for use in certain types of high performance applications.

Like all THRs, the SQM500JB-110R works by passing a current through a resistor element. This element is typically made of a metal alloy, and it has a specific resistance - or opposition to a current - that depends on its length, thickness, and composition. The resistance of the resistor helps to limit and control the flow of current in a circuit. When the applied voltage is increased, the resistance of the resistor element increases and so does the current flow.

The SQM500JB-110R, however, is specifically designed for high speed, high power applications. It features a unique bi-metal element construction that is able to offer very low resistance levels even at higher voltages. This helps to reduce the electrical noise caused by the circuit and improves its performance. The resistor can also handle high frequency signals, which makes it suitable for use in communications, industrial, automotive, lighting control, medical and power electronics applications.

The SQM500JB-110R is also designed for use in a variety of environments, including temperature extremes and corrosive environments. Its housing is made of polytetrafluoroethylene (PTFE) material, making it resistant to temperature swings and acids. As well, the highly reliable bi-metal element construction helps to make sure the resistor maintains its resistance levels over a long period of time.

Overall, the SQM500JB-110R is an excellent choice for high performance applications that require long-lasting stability and low electrical noise. Its unique bi-metal element construction makes it a reliable and durable THR. In combination with its temperature and corrosion resistance capability, it is an ideal choice for a variety of applications.

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