FMP300FBF73-16R9

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Through Hole Resistors are electrical components found in a wide variety of applications, from consumer electronics to industrial automation. The FMP300FBF73-16R9 is a heralded through hole resistor in the electronics industry.

The FMP300FBF73-16R9 is a resistor with three different resistances in one aluminum housing. It is rated for a power rating of 3 watts at 70 degrees Celsius, and its resistance range is from 2 ohms to 6 kilo-ohms. In order to obtain the three achievable resistances, users purchase specific quantities of resistor ‘rods’, which are then wired together in a series and parallel combination. These resistors are exceptionally reliable, with a tested temperature coefficient of resistance of ±0.1% / °C.

The FMP300FBF73-16R9 is commonly used in circuits that require higher wattage power ratings, such as industrial controllers, and is a popular choice for digital consumer electronics, such as DVD players. These resistors are also frequently used in power management applications, as they can reliably regulate high current and power.

Popular applications include motor control systems, solar power generation and electric vehicle batteries. Each application requires various resistors to work together in order to maintain reliable and safe operation. The FMP300FBF73-16R9 is often used in these projects due to its high power rating and versatility.

The FMP300FBF73-16R9 operates using the Ohm’s Law principle of electrical resistance. As electrical current passes through the resistor, a certain amount of voltage drops across the resistor. This voltage drop is determined by the amount of resistance within the resistor, which is calculated by the amount of rods wired together (higher number of rod equals higher resistance). The voltage drop across the resistor creates a resistance field, which is the force that prevents the current from continuing to flow.

When a circuit requires higher power ratings, more current must pass through the resistor. This causes the resistor to heat up due to the energy lost in resistance. Higher operating temperatures can result in decreased power ratings, or thermal runaway. Therefore, low temperature coefficient of resistance is necessary to ensure safe and reliable operation of the circuit.

The FMP300FBF73-16R9 through hole resistor has a tested temperature coefficient of resistance of ±0.1% / °C, which is considerably lower than other through hole resistors available in the market. The low temperature coefficient of resistance results in higher reliability and operating temperatures, making it ideal for higher power rated circuits and applications.

The FMP300FBF73-16R9 through hole resistor is an excellent choice for applications demanding higher power ratings and requiring reliable voltage drop and resistance. With its high power rating, versatility, and low temperature coefficient of resistance, the FMP300FBF73-16R9 is a common choice for industrial controllers, digital consumer electronics, power management, motor control, solar power and electric vehicle battery applications.

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