RNC55H3480FSR36

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Through Hole Resistors, which include RNC55H3480FSR36, are passive components used to restrict the flow of electrical current to particular ratios between the voltage and the current placed upon the device. Through Hole Resistors play a very important role in ensuring stability and accuracy to the flow of electricity that a given device is intended to regulate. The power handling capabilities and temperature handling capabilities of these components determines their strength and their capacity to function. As such, they can be used to add additional safety measures, as well as providing precision and accuracy to the operation of a device.

The RNC55H3480FSR36 component is a Low Value Resistor, which is one example of a Through Hole Resistor. Low Value Resistors have lower power handling capabilities and accuracy than higher value resistors, meaning that they are best used for applications that require precision and accuracy; however, their ability to be safely used within a circuit is quite high. They are suitable for a variety of different applications, from protecting circuits from potential over-current and over-voltage conditions to aiding in maintaining precise timing signals or controlling the flow of current to sensitive circuits.

The RNC55H3480FSR36 component is a 0.5 ohm, axial lead fixture, which has the ability to handle a maximum power rating of 0.75 watts with a nominal operating temperature ranging from -55°C to +150°C. Its ambient temperature coefficient of resistance is typically 20ppm/°C and its maximum surge current is 5A at 0.5 ohms. It’s maximum operating voltage is 100V and its minimum operating voltage is 1V. The benefits of this component include its low size and cost, short lead length, temperature stability, and excellent self-healing capability.

The working principle of the RNC55H3480FSR36 component is based on ohm’s law, which states that the voltage across a resistance is equal to the current flowing through it times the resistance.In basic electronic circuits, resistors are used to regulate the voltage and current that flows through a circuit. The size of the resistor determines how much current is allowed to flow through it, and the voltage across the resistor determines how much power is dissipated as heat. The higher the voltage, the more energy is dissipated as heat, and the more heat dissipated, the larger the resistor needs to be.

The RNC55H3480FSR36 component is capable of being used in a number of applications. It is suitable for use in power supplies, voltage dividers for power control, noise filtering, zener diode regulation, as well as current mirrors and current limiting circuits. It is also suitable for use in circuit protection, as current limiters, as well as for use in audio applications, temperature sensing, and adjustable servovalve control. The component is also often used in Automatic Test Equipment. As such, it is an important component in a variety of applications.

In conclusion, the RNC55H3480FSR36 component is a highly reliable and cost-effective Through Hole Resistor that is suitable for a number of different applications. It has the capability to handle a maximum power rating of 0.75 watts, and can be used in power supplies, voltage dividers, noise filtering, zener diode regulation, and more. The component is based on ohm’s law, and works by regulating the flow of electrical current to particular ratios between the voltage and the current placed upon it. It is an important component that is used in various circuits for added protection and precise control of the electricity that the circuit is intended to regulate.

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