AH075100R0JE66

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Chassis Mount Resistors are a type of industrial component used to protect electronic circuits from hot spots or to aid in keeping currents high. The AH075100R0JE66 is one such resistor, and its application fields and working principle are worth looking at.

The AH075100R0JE66 Chassis Mount Resistor belongs to Rohm Group\'s galvanic series, which uses a nickel-plated or tin-plated body material. The device also features a ceramic coating for better and more reliable insulation with enclosures such as heat sinks or metal chassis. Its technical parameters provide high-reliability performance and include rated voltage up to 400V, rated power up to 0.09W, and rated resistance up to 5100ohms.

As for the application field, the AH075100R0JE66 is typically employed in circuits that handle multiple types of signals, and its rated voltage allows it to be used as a primary measure for protecting circuits from high current spikes. Moreover, its ceramic coating provides extra insulation for high-reliability circuit operation. Furthermore, thanks to its high resistance value, it can be used as an effective means of distributing power and minimizing voltage drops along the line.

The working principle of the AH075100R0JE66 Chassis Mount Resistor is based on resistance. Its resistance value is determined by the number of metallic plates placed between two material barriers -- one older and one newer -- known as the resistive material. The newer material is usually composed of a thicker metal layer which forms the resistor body. When a current passes through the resistor, its electrons experience a force due to the material opposition and are deflected accordingly. This opposing force causes the voltage drop across the resistor to be a factor of the current and the resistance of the resistor.

In conclusion, the AH075100R0JE66 Chassis Mount Resistor belongs to Rohm Group\'s galvanic series, offering rated voltage up to 400V, rated power up to 0.09W, and rated resistance up to 5100ohms. It is used in circuits as a primary protection measure, as well as to aid in distributing power and minimizing voltage drops. Its working principle is based on electrical resistivity, in which current is deflected by a material opposition.

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