HSA106R8J

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Chassis Mount Resistors are electronic components designed to offer resistance in a circuit, limiting the flow of electricity to a certain level. They are used in various electronic applications ranging from industrial control systems and consumer electronics to medical imaging, communications, and audio equipment. The HSA106R8J is one such Chassis Mount Resistor that offers lower power losses and superior surge energy capability.

The HSA106R8J is an 8-pin, sealed axial lead-free axial mount resistor that is designed for demanding high-power, high-temperature applications. It is rated at 2 Watts (10 PIV) at a temperature of up to 155°C. It has an operating temperature range of -55°C to 150°C and a maximum surge current of 4 A with a maximum voltage peak value of 10 PIV. The HSA106R8J is ideal for currents up to 5 A, and offers 0.05 ohm resistance.

The HSA106R8J can be used in a wide range of applications due to its superior performance capabilities. It is ideal for automotive applications where low power dissipation is desired, such as heating, motor control, and AC inverters. It is suitable for high-current applications with short duty-cycles, such as motor controllers, AC motors, and other circuits with high switching frequencies. It is also suitable for use in switch-mode power supplies, UPS systems, industrial lighting and general lighting applications.

The HSA106R8J works by controlling the current in a circuit. It does this by offering a certain amount of resistance to the current, like a dam in a river. The current then has to push against the resistor to get past it, and the greater the resistance, the slower the current flow. This is used to limit the energy flow in a circuit, properly regulating the current and keeping it from getting too high. This way, the circuit is able to function properly and efficiently.

The HSA106R8J offers excellent performance for various types of current control in a wide range of applications. It offers low power losses and superior surge energy capability, making it suitable for demanding high-power, high-temperature applications. It is an ideal choice for automotive, industrial, and medical applications where superior performance and reliability is required.

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