RN65C25R0BB14

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Through Hole Resistors are components used for electrical and mechanical stability in a wide variety of applications. The RN65C25R0BB14 is a robust, reliable component used to help regulate current in electronic systems.

This Through Hole Resistor’s 65 watt power rating can be used for higher current application. Its cylindrical design measures 6.3 mm and its temperature coefficient is 0.0025/°C. Its body is constructed of heat and flame retardant phosphor bronze which aids in operation up to 70°C.

The RN65C25R0BB14 Through Hole Resistor is used in numerous applications including computers, peripherals, communications equipment, and industrial applications. It is also commonly utilized in automotive, military, and aviation industries to regulate current levels and protect against short circuits. It can also be used in domestic appliances and power supplies.

The RN65C25R0BB14 Through Hole Resistor’s working principle is based on Ohm’s law. According to Ohm’s law, current (I) is proportional to voltage (V) divided by resistance (R). This is the equation I=V/R. When the voltage increases, the resulting current also increases unless resisted by a sufficiently strong resistor. The RN65C25R0BB14 works by limiting the current flowing through a circuit. When the set voltage is applied to the component the resistor\'s resistance increases further, resulting in the resistor limiting the current flow in the circuit.

Aside from its stability and reliability, the RN65C25R0BB14 Through Hole Resistor also offers a long operating life and is more efficient than other components due to its low resistance value. Additionally, the RN65C25R0BB14 is designed with shielding, so contact with unwanted signals is minimized and it offers protection against electromagnetic interference.

The RN65C25R0BB14 Through Hole Resistor is a reliable component that can be utilized in many applications and offers various benefits such as noise reduction and high current levels. Therefore, it can be used to help increase the efficiency and performance of electronic systems.

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