H8604RBCA

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The H8604RB is an axial-lead, through-hole resistor with an axial-lead ceramic body. It is a commonly used resistor element used in high-voltage applications, and can have a resistance value range of 4k to 1M ohms. The H8604RB is used in various applications, from telecoms to industrial, and is a very reliable component for resistive circuits.

The H8604RB’s body is made of a ceramic material which is designed to give it excellent insulation and temperature stability. Its terminals are plated with nickel, which gives them a high level of corrosion resistance. The resistor itself is pyramidal in shape, which gives it a high degree of thermal shock resistance and overall strength.

The H8604RB is mainly used in high-voltage applications because of its axial lead ceramic body, as it can withstand a relatively high amount of voltage without breaking down. It is also suitable for use in high temperature applications, as due to its ceramic construction it can handle temperatures up to 160 degrees Celsius. The resistor is also suitable for a wide range of voltages, ranging from 0.5V to 3.6V.

The working principle of the H8604RB is similar to other through-hole resistors. When an electric current runs through the resistor, some of it is blocked, creating a resistance in the circuit. The resistance of the resistor is controlled by the material of the resistor element itself, which dictates the amount of current that can be blocked.

The H8604RB can be used to limit the amount of current flowing in a circuit, to prevent it from exceeding the specified power limits, or damaging other components or the circuit itself. It can also be used to reduce electrical noise in a circuit, as small currents can escape and cause interference if the circuit is not properly shielded. It can also be used to create bias references, light filters, and voltage dividers.

The H8604RB is a highly reliable through-hole resistor, suitable for a variety of high-voltage and high-temperature applications. Its axial-lead ceramic construction provides excellent insulation and temperature stability, and is capable of handling temperatures up to 160 degrees Celsius. The principle of operation is the same as other through-hole resistors, where an electric current is blocked and resistance is created, depending on the resistor element material.

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