HS75 510R J

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The HS75 510R J Chassis mount resistor is designed for use in a variety of applications. It provides a precise, reliable and cost-effective solution for circuits that require either AC, DC or impulse DC currents. The resistor is suitable for use in high frequency radio frequency circuits, audio applications, digital logic circuits, lamps and heating elements, electronic sensors and other circuits with moderate power requirements.

The construction of the HS75 510R J Chassis mount resistor is based on a metal oxide film element. These elements are securely mounted within an aluminum housing and are protected against thermal shock, mechanical shock and vibration. The housing provides an improved heat dissipation resulting into increased stability and reliability. The resistor’s rated power is 1 watt and the temperature coefficient of resistance is very low.

The resistance of the HS75 510R J Chassis mount resistor is specified according to standard values or laboratory equipment which ranges from 2.2 ohms to 90 ohms. The HS75 also has an extended resistance tolerance of +/- 5% or +/- 3%. The tolerance is specified by selecting proper resistor value for circuit design. The standard wattage of the resistor is also 1 watt at a rated temperature of 1 watt.

The resistance of the HS75 510R J Chassis mount resistor can be increased by adding more metal oxide elements which will increase the wattage of the resistor. There are also additional features that can be used to improve the performance and reliability of the resistor; these include dielectric improvements, thermal sealing and high voltage specs.

The working principle behind the HS75 510R J Chassis mount resistor is based on the electrical resistance created between the electrodes and the oxide film. These electrons are forced to move in a circular path when exposed to an applied electric field, resulting in a current flowing through the resistance element. The current is proportional to the voltage applied and follows the equation I = V/R, where R is the resistance in ohms. As the resistance increases, so does the current and thus the power dissipated. As the temperature rises, the resistance of the resistor increases, resulting in higher current and more power dissipation.

The HS75 510R J Chassis mount resistor is an excellent choice for circuit designers, offering a high level of reliability, low component cost and low profile size. The resistor is available in a variety of resistor values, wattage ratings and tolerance values to meet any circuit design needs. It is also relatively easy to install and configure, making it a popular choice for a variety of applications.

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