MRS25000C1240FC100

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Through Hole Resistors are widely used in a variety of electronic equipment applications due to their ability to provide reliable, accurate, and repeatable resistance values in the design of circuits. The MRS25000C1240FC100 is a through-hole resistor, designed to provide the highest levels of accuracy and reliability. It is a ‘fixed’ resistor, which means it has a predetermined resistance value, and is non-adjustable.

The MRS25000C1240FC100 is a small but powerful device typically available in sizes ranging from 0402/11 mm² up to 1206/55 mm². It is a surface mount resistor, and it employs metal-film technology for its reliable performance. The resistance value of the resistor is determined by the alloy used in the resistance element and the size of the resistor. The resistance values available for these resistors generally range from 10 ohms to 25,000 ohms with tolerances ranging from ±10% to ±20%.

The MRS25000C1240FC100 resistor also makes use of metal oxide technology, to ensure a high level of precision in the resistor’s resistance value. This technology helps to significantly reduce the likelihood of any fluctuation in the resistance value, even over time. This ensures the accuracy of the resistance value in the design of circuits and provides reliable performance for longer periods of time.

The MRS25000C1240FC100 resistor is primarily used in the design of ultra-low power circuits, and for applications that require low-power consumption. It is an ideal choice for power supplies, sample and hold circuits, timers, amplifiers, linear regulators, and many other electronic components. In addition, the device is used in the design of advanced medical and military equipment, as well as in specialized aerospace projects.

The MRS25000C1240FC100 resistor employs a unique process known as photolithography, which involves the deposition of a thin-film layer of polyimide over the device’s substrate. This creates a very thin, even layer of resistance, which is then etched using a photomask to create complex patterns of resistance. This photolithography process ensures accurate and consistent resistance values and increases the lifespan of the resistor.

The MRS25000C1240FC100 resistor is one of the most commonly used through-hole devices for the design of reliable, repeatable, and accurate electronic circuits. It offers extremely accurate results, simplified installation, and enhanced performance for specialized and long-term usage. By combining the advantages of metal-film technology, photolithography, and a precision-engineered design, this resistor is the ideal choice for a variety of electronic equipment applications.

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