FMP200FBF52-953K

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Through Hole Resistors are essential components to any electrical system. They offer the most accurate and reliable resistance accuracy and recovery time. Their value is determined by a combination of the number of turns on the resistor element, the physical length and diameter of the resistor element, and the temperature coefficient for the resistor element. FMP200FBF52-953K is one type of through hole resistor.

The FMP200FBF52-953K are non-inductive general-purpose resistors, and they have an ohmic value of 200 Ohm. Their rated power is 1/2 Watt, with a temperature coefficient of ±100 ppm/°C. The resistors are made of metal-alloy film, typically fabricated with negative temperature coefficients.

The FMP200FBF52-953K are low-cost and are used in applications that require higher power ratings than the 1/2 Watt power rating. Applications that require higher accuracy or have higher environmental temperatures may require a higher rated power resistor. These include power supplies, power amplifiers, automotive electronics, telecom circuits, and aerospace systems.

The working principle for the FMP200FBF52-953K is based on the voltage-current relationship. The voltage-current relationship is that when a voltage is applied to a resistor, the current will change with the resistance value. This is based on the ohm\'s law which states that the voltage is equal to the resistance multiplied by the current. This is the basic working principle behind any resistive element.

The resistors also have temperature stabilization and can operate in temperatures ranging from -55°C to +155°C. This makes them suitable for use in extreme environmental conditions. The FMP200FBF52-953K is designed to be durable and reliable in any situation.

In summary, the FMP200FBF52-953K are a type of through hole resistors with an ohmic value per turn of 200 ohms, a rated power of 1/2 watt, and a temperature coefficient of ±100 ppm/°C. They are suitable for applications that require high accuracy or have higher environmental temperatures and are designed to be durable and reliable. The working principle behind the FMP200FBF52-953K is based on the voltage-current relationship with the ohm\'s law that the voltage is equal to the resistance multiplied by the current.

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