L175J50RE

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Chassis Mount Resistors

A chassis mount resistor is a type of resistor mounted to a surface or printed circuit board, which helps dissipate heat from circuit components. Resistor-based components provide electrical current in the form of either DC (direct current) or AC (alternating current) through the resistor.

The L175J50RE is a type of chassis mount resistor. It is a non-inductive resistor housed in an aluminum oxide-filled epoxy casing. This type of resistor is designed to dissipate heat in applications with high power or temperature requirements. It is typically used in circuits involving high power and low voltage, as well as applications such as automotive, solar, and wind power.

The primary features of the L175J50RE are its power rating, temperature coefficient, and voltage rating. Its rated power is 50 watts at a 25°C ambient temperature, and it has a temperature coefficient of 125 PPM/°C (parts per million per degree Celsius). Additionally, it has a voltage rating of 175 volts and can dissipate up to 5 watts at a 70°C temperature.

The working principle of the chassis mount resistor depends on the material it is composed of. This type of resistor is typically made from a semiconductor material, such as copper or aluminum. When electricity is applied to the resistor, the semiconductor material resists the flow of electricity, producing a voltage drop across the resistor. This voltage drop is what produces the electrical current in the circuit.

The L175J50RE chassis mount resistor is used in many applications. It is often used in automotive, solar, and wind power applications where power and temperature requirements are of utmost importance. Additionally, it can be used in electronic control units and home theater systems, as well as in telecommunications equipment and military equipment.

In summary, the L175J50RE is a chassis mount resistor used in applications that require both power and temperature resistance. Its rated power is 50 watts at 25°C, its temperature coefficient is 125 PPM/°C, and its voltage rating is 175 volts. It works by resisting the flow of electricity through its semiconductor material, producing a voltage drop across the resistor. It is typically used in automotive, solar, and wind power applications, as well as in electronic control units, home theater systems, telecommunications equipment, and military equipment.

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