H4162RBDA

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Through hole resistors are used in a wide variety of electronic applications. This type of resistor is made of a conductive material, usually copper, that is wound or etched into a thin metal strip that is then wound onto the cylinder of the resistor. This type of resistor is commonly used for applications such as power circuits, motors, transformers, and other circuits that require precise current control. H4162RBDA is a through hole type resistor that is commonly used for power applications.

H4162RBDA is a drop-in resistor, meaning that it can be easily installed and removed from a circuit board quickly. Its features include low-tolerance design, high stability, and low power consumption. Additionally, it is constructed with a tin-plated nickel-iron alloy for great heat transfer. This makes it ideal for applications in industrial, commercial and military environments.

The working principle of H4162RBDA is based on Ohm’s Law. When current passes through the resistor, a voltage drop is created across it. This voltage drop can be used to calculate the current and power output of the device. By setting the resistance value, or desired current output, the voltage drop across the resistor is adjusted accordingly. This type of resistor is commonly used as a current-limiting device, as the circuit will not draw more current than the resistor can handle.

H4162RBDA is primarily used in power circuits and high-powered motor applications. By setting the resistance to the desired value and controlling the current that is passed through it, the voltage output of the motor can be controlled. Additionally, the resistor can be used to reduce or increase power to a specific device or circuit. This type of resistor is also commonly used in circuits that require precise current control, such as transformers and other current control circuits.

In conclusion, H4162RBDA is a through-hole type resistor that is used for power applications including motors, transformers and other current control circuits. Its design features a low-tolerance, highly stable tin-plated nickel-iron alloy, making it ideal for applications requiring precise current control. Its working principle is based on Ohm’s Law; when current passes through the resistor, a voltage drop is created that can be used to calculate the current and power output.

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