FM0207FTE52-9K1

Series:	FM0
Packaging:	Tape & Box (TB)
Part Status:	Active
Resistance:	9.1 kOhms
Tolerance:	±1%
Power (Watts):	0.6W
Composition:	Metal Film
Features:	Flame Proof, Safety
Temperature Coefficient:	±50ppm/°C
Operating Temperature:	-55°C ~ 155°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.094" Dia x 0.248" L (2.40mm x 6.30mm)
Height - Seated (Max):	--
Number of Terminations:	2

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Through Hole Resistors: FM0207FTE52-9K1 application field and working principle

Resistors are one of the most essential components in electrical and electronics engineering, and the through hole resistor is one particular type of resistor. The FM0207FTE52-9K1 is a through hole resistor whose application field and working principle should be explained here. The FM0207FTE52-9K1 belongs to the metal film through-hole resistors family. It has a power of 0.25 watts and is available in the 0.10% tolerance for accurate applications. This type of resistor has its two leads connected directly from its body into a terminal within the circuit board, which makes its internal connection relatively robust and provides better protection from internal short circuits. In terms of the kind of resistor, it is a metal oxide film resistor with a resistance range from 1 to 9K.The FM0207FTE52-9K1 is mostly applied in the manufacture and development of consumer products such as TVs, radios, stereo systems and amplifiers. Its resistance capabilities allow it to be used as a current-limiting resistor, a filter resistor and a thermal protection component. In this case, it can limit the current passing through the circuit from excessive levels to avoid circuit damage. Similarly, it can filter excess frequencies from a signal, reducing it down to a few select signals. As a thermal protection component, it limits the temperature around the circuit to avoid heat damage.Due to its electrical properties, the FM0207FTE52-9K1works on a principle of Ohm\'s law. Ohm\'s law states that the ratio of voltage across a resistor and current passing through it is constant and it is expressed by V/I = R (where V stands for voltage, I for current and R for resistance). Therefore, when the voltage across the circuit rises, the current decreases inversely. As current passes through the resistor, its resistance limits it and it dissipates as heat energy. The heat also prevents the resistor from burning out due to excessive current.In addition, the FM0207FTE52-9K1through hole resistors also take the most advantage of their physical construction as well. Metal film resistors act as a shield against temperature changes and any other type of interference that could lead to incorrect readings or poor operation, thanks to the metal film preventing air molecules from entering the resistor. This helps to ensure reliable operation.Finally, the FM0207FTE52-9K1 is also used in the automotive industry, as it can be used for controlling and keeping LED lights and for providing anti-interference protection. In this case, its tolerance value of 0.1% and its construction as a through-hole resistor makes it an ideal choice for controlling LED lights, as its accuracy is precise and it provides stability and reliability to the circuit.The FM0207FTE52-9K1 is often chosen by engineers and developers alike as it has excellent resistance stability and thermal stability. Furthermore, its 0.25W power demand for operation makes it an especially efficient choice, as it is capable of dissipate more energy than most other resistors, allowing it to work in demanding conditions.In conclusion, the FM0207FTE52-9K1 through hole resistor is a popular choice for engineers and developers who are looking for an accurate and reliable resistor to incorporate into their circuits. It is mostly used in audio and automotive engineering, where its higher capabilities of dissipating energy as heat are proved useful. Furthermore, its construction as a through-hole resistor ensures better protection against short circuits and temperature extremes, making it a perfect choice in terms of robustness. Its resistance capabilities follow the principle of Ohm\'s law, in which the V/I ratio is equal to the resistance value.

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