H8750RBZA

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Through Hole Resistors is a type of passive components used in electronic circuits, and H8750RBZA is a type of through hole resistors. This component use a cylindrical shape with two bored holes along its length. The component consists of a resistive element, a lead wire, and a dielectric layer covered by the epoxy.

The H8750RBZA is a axial leaded resistor using a high dielectric strength epoxy resin coating for insulation and for surface protection. The resistor is produced from high purity manganin, copper-nickel alloy with low temperature coefficient and good stability. The resistor body is protected by a lacquer coating with a breakdown voltage of 350V and an insulation resistance of 1000M ohm.

H8750RBZA have a wide range of applications and can be used in many different types of electronic devices and circuits. The common applications for this resistor are in computers, medical equipment, industrial automation, home appliances, power supplies, and LED lighting. H8750RBZA provides superior performance in both low voltage and high voltage applications. In addition, it is suitable for both AC and DC circuits.

The working principle of H8750RBZA is relatively simple. It consists of two terminals connected to the device and the resistive element in the middle. When a current is applied to the terminals, the resistive element produces an electric field. This electric field creates a voltage drop across the resistive element. As the current varies, a corresponding voltage drop also varies, which results in a resistance of the resistive element. This resistance is the basic working principle behind this type of resistor.

In summary,H8750RBZA is a type of through hole resistor commonly used in various types of electronic devices and circuits. It consists of a resistive element, a lead wire, and a dielectric layer covered by the epoxy for insulation and surface protection. The working principle behind H8750RBZA is relatively simple, where a electric field is produced by the resistive element when a current is applied, and the voltage drop resulting from the electric field produces a resistance.

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