MRS16000C2371FC100

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Through Hole Resistors have long been hailed as the standard in electrical resistance in a wide variety of applications. The MRS16000C2371FC100 is an example of the best-in-class resistor for surface mount technology. Through its design, integrated into the circuit board, this resistor is a feature that is practically invisible - yet essential for maintaining an optimal functioning board.

The MRS16000C2371FC100 is a through-hole resistor that has excellent stability and noise performance. It is constructed of two exceptionally durable materials, cermet and copper, and features a maximum-rated power of 100W. This makes it one of the strongest resistors on the market today and an ideal component for circuit boards in power electronics applications. Additionally, the MRS16000C2371FC100 provides excellent vibration and shock resistance, making sure that the performances of the circuits remain unaffected.

The main application area for the MRS16000C2371FC100 is oscillators and radio frequency systems. Oscillators, found in virtually all electronic circuits, take on the role of providing a periodic output signal. The most common type of oscillator is the LC oscillator, and the resistor plays a crucial role in its stability and frequency control. Additionally, the resistor is used to provide an upper limit for the output current of the oscillator.

Radio frequency systems, such as radio transmitters and receivers, are also dependent on a precisely manufactured resistor. The resistor must be highly stable and not suffer from thermal drift effects, which can cause unwanted frequency changes over a certain temperature range. The MRS16000C2371FC100 serves as a perfect fit in these types of applications since it has much higher stability than other resistor requests that can cause frequencies to drift.

The MRS16000C2371FC100’s working principle is based on ohm’s law. By applying an electric voltage across the resistor’s terminals, the current flow is limited by the resistive material found within the body of the component. This results in the resistor providing an impedance, or resistance, to the flow of the electric current. This resistance allows the electrical signal to decay and dissipate energy as it moves through the resistor, ensuring that voltage spikes do not cause damage to the components on the board.

Overall, the MRS16000C2371FC100 is a strong, durable, and high-performance resistor. Its design and construction make it perfectly suited for high-power applications such as oscillators and radio frequency systems. By leveraging its excellent features, the MRS16000C2371FC100 can ensure optimal performance of high-powered electronic boards, making it a perfect fit for Through Hole Resistors.

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