HSA50390RJ

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Resistors are components used in a electrical circuit that limit the amount of current that flows through a circuit.Chassis mount resistors, also known as through-hole resistors, are typically used when a resistive element needs to be mounted in a chassis and cannot be sealed from environmental elements. They are installed by placing them through a hole drilled in the chassis and then soldering them to the chassis or to terminal strips. The HSA50390RJ model is one type of chassis mount resistor that has a wide variety of applications in industrial and commercial projects.

Characteristics

The HSA50390RJ represents a robust technology providing resistors with response times of up to 50 ns. It is a cylinder- type resistor with an operating temperature range of -25°C to +85°C. It has an insulation strength of ≥500 VAC working voltage and a power rating of 1/8W to 3/4W. It is also able to support both a load life of up to 1000 hours as well as short-time overloads of up to 10 times the rated power. Its size, shape, and compact design make it optimized for control circuits and other applications where space is limited.

Applications

The HSA50390RJ is most commonly found in industrial electronic systems such as automatic process control, CNC systems, communications equipment, industrial monitoring systems, and robotics. Its compact design and high level of durability make it ideal for control circuits and other applications where space is limited. Additionally, its low resistance, fast response time, and high power rating make it an ideal choice for applications requiring precision. It is also used in consumer electronics, home audio systems, and automotive electronics where resistive elements are needed.

Working Principle

The HSA50390RJ works using the principles of ceramics with embedded opposition elements. It uses a thin layer of ceramics that contain embedded resistive elements. This structure surrounds a core of metal and provides resistance against current as electrons flow through. The resistance of the resistor is determined by the structure and number of embedded opposition elements contained within the ceramic layer. By changing the structure and number of resistance elements, the resistance of the resistor can be changed significantly, thus providing the user with the ability to fine-tune the resistance of the device.

In addition to the internal resistance elements, external terminals are provided which allow the user to connect either end of the resistor to the desired circuit. This allows the user to complete the circuit, effectively allowing the electrons to flow through the resistor which produces the resistance on the current.

Conclusion

The HSA50390RJ is an efficient and high-performing chassis mount resistor that is ideal for industrial and commercial applications where space is limited and precision is required. Its fast response time, low resistance, high power rating, and durable design make it suitable for a wide variety of applications, from industrial and consumer electronics to home audio systems and automotive electronics. Additionally, its cylindrical design and embedded resistive elements make it highly versatile for a variety of applications.

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