FNR2E-0R2F1

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Resistance is an electrical component that is present in many complex electronics circuits. Tolerance and temperature coefficient of resistance are the two primary characteristics of resistance. Chassis mount resistors are used to modify these characteristics of resistance, and the FNR2E-0R2F1 resistor is an example of such a resistor.

The FNR2E-0R2F1 resistor is a chassis mount resistor that is capable of both surface mount and through hole mounting. It is a zero ohm resistor that has a temperature coefficient of 100 ppm/C and a tolerance of ±10%. Specifically, the resistor has a resistance value in the range of 0.9- 1.1 Ohms. This makes it ideal for applications where precise resistance value is critical.

The FNR2E-0R2F1 chassis mount resistor can be used in many applications. Initially, it is ideal for high-order circuits where precise resistance value is important for accuracy, especially in high frequency or high frequency switching applications. Additionally, it can be used in power regulators for circuits where precision is key. It can also be used in systems that require extended line noise suppression, such as automotive electronics, as well as in linear and switching power supplies. In general, the FNR2E-0R2F1 chassis mount resistor is ideal for circuits in need of temperature stability in precision systems.

The FNR2E-0R2F1 chassis mount resistor works by providing resistance value control in a circuit. Its physical structure is designed to provide a minimum size while still maintaining contact with the circuit board. In its operation, the resistor achieves an exact resistance value across the temperature range of 0-70 °C, which allows for more accurate calculations in the design of the electronic circuit.

This resistor works on assumption that under constant current and fixed voltage, the total resistance of a circuit increases as temperature increases. Because the resistance of the FNR2E-0R2F1 increases with temperature, the total resistance of the circuit will increase as temperature increases. This increase in total resistance can then be compensated for with a decrease in current or an increase in voltage. This ensures that the circuit maintains a precise resistance value regardless of the temperature of the environment.

In summary, the FNR2E-0R2F1 is a chassis mount resistor that is ideal for use in circuits where precise resistance value is critical. It has a low temperature coefficient and a high tolerance of ±10%. It can be used in applications such as high-order circuits to achieve accuracy, as well as power regulators, line noise suppression, automotive electronics, and linear and switching power supplies. Its structure and operation are designed to provide a precise resistance value across temperature ranges of 0-70 °C, allowing for more accurate calculations in the design of the electronic circuit.

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