FM0207FTE52-390K

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Through Hole Resistors

Through hole resistors are a type of electrical component that produces resistance to the flow of electricity. They are often used in circuits to control the amount of current that passes through it. Generally, the resistors are designed to create a specific amount of resistance in order for the circuit to function properly. Through hole resistors are often used in applications where a precise amount of resistance is needed and when the temperature requirements are not particularly extreme.

One type of through hole resistors is the FM0207FTE52-390K. This resistor is a coated, non-inductive, precision resistor, typically used for accuracy instruments, such as measuring instruments and testing equipment, where a precise, stable, and low temperature coefficient resistor is required. It is also suitable for automated assembly.

Application Field

The FM0207FTE52-390K is specially designed for accuracy instrument applications. It has a high temperature stability and durability, plus excellent thermal stability over a wide temperature range. The main advantages of using this resistor in precision instrument applications are its highly reliable performance, accuracy, and environmental protection. The resistor has a low temperature coefficient, which results in a stable performance over a wide temperature range.

The FM0207FTE52-390K is also suitable for integrated circuits ICs and power regulators on computers, automotive circuits, digital audio and video display systems, and switching power supplies. It can be used in a variety of industrial, industrial control and consumer applications. In addition, the FM0207FTE52-390K has a high safety rating and is suitable for use in potentially explosive environments.

Working Principle

The working principle of the FM0207FTE52-390K is based on Ohm\'s Law, which states that the resistance in an electric circuit is proportional to the voltage applied across it divided by the current flowing through it. This resistor is made of non-inductive material and has a low temperature coefficient. This combination of materials provides a constant resistance over a wide temperature range. This allows the FM0207FTE52-390K to provide an extremely accurate and consistent performance.

The FM0207FTE52-390K is constructed with a coated, non-inductive, precision resistor. This coating or deposit is designed to provide a consistent resistance value across different temperatures. The deposit material also works to dissipate heat generated by the resistor, helping to ensure a consistent performance over time.

The FM0207FTE52-390K is based on a uniform design to ensure a consistent performance. The uniform design is based on a spiral-type, surface-mounted, high-precision structure. This design ensures that the resistance value remains stable over a wide temperature range, even when the resistor is subjected to temperature changes.

In conclusion, the FM0207FTE52-390K is a type of through hole resistor specially designed for accuracy instrument applications. It has a high temperature stability and durability, plus excellent thermal stability over a wide temperature range. The main advantages of using this resistor in precision instrument applications are its highly reliable performance, accuracy, and environmental protection. The resistor is made of non-inductive material and has a low temperature coefficient, which results in a stable performance over a wide temperature range.

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