H482R5BDA

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Through Hole Resistors

The H482R5BDA through-hole resistor is a type of electronic component used in circuit boards and other electronic devices. It is commonly used to limit the flow of current to electrical components or to drop the voltage in a circuit. H482R5BDA resistors are characterized by their resistance value and by the physical construction of the component. These resistors feature either conventional or leaded construction with an axial lead that allows the resistors to be mounted through the holes in a printed circuit board.

The H482R5BDA through-hole resistors typically have four parameters that affect their performance: resistance, power rating, temperature coefficient, and tolerance. The resistance is the amount of opposition to current flow in the resistor expressed in ohms. The power rating is the maximum amount of dissipated energy expressed in watts. The temperature coefficient is the amount of current shifting due to the change in temperature. The tolerance expresses how the resistor value can vary from the specified value.

The H482R5BDA through-hole resistor is a general-purpose component that is often used in electronic circuits and devices. It is mainly used in applications that require a moderate resistance rating, such as for level shifting, current limiting, and voltage division. Common applications of H482R5BDA through-hole resistors are in AC and DC circuits, line frequency conversion, amplifier circuits, display circuits, voltage regulation, and switch circuits.

H482R5BDA Working Principle

The working principle of the H482R5BDA through-hole resistor is based on its ability to resist the flow of electrical current. This resistance is determined by the geometry of the resistor, the type of material from which it is made, and its temperature coefficient. When current flows through the resistor, a voltage drop is created between the terminals of the resistor. This voltage drop is proportional to the amount of current flowing through the resistor and is determined by Ohm’s law, V=I x R.

The operation of the H482R5BDA through-hole resistor is relatively simple and does not require a complex setup for its use. It’s primary purpose is to limit the flow of current, to drop the voltage in a circuit, or even to protect other components in a circuit from too much current flow. In any of these scenarios, the resistor must be placed in series with the circuit in order for it to function.

Conclusion

The H482R5BDA through-hole resistor is a robust and reliable device used to limit the flow of current to electrical components in a circuit. It is well suited for applications that require moderate resistance ratings and is relatively easy to use. Its resistance, power rating, temperature coefficient, and tolerance dictate its performance in a given application. Proper mounting and placement of the component in the circuit is essential for proper operation of the device.

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