AQW210EHA

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Solid State Relays

Solid State Relays are devices which provide galvanic isolation between the input and output circuits by using semiconductor components known as FETs (field-effect transistors). This separation ensures a higher level of safety and reliability, as the two circuits are never directly interconnected. The AQW210EHA is a compact, highly reliable solid state relay suitable for high and low temperature applications, as well as applications requiring high accuracy. It offers one of the highest levels of reliability in the industry, and is suitable for high and low temperature applications, as well as applications requiring high accuracy.

AQW210EHA Application Field

The AQW210EHA is designed for applications requiring reliable control of resistive and inductive loads, heater control, and other temperature or voltage control applications. It is also suitable for applications where higher break down voltage is required. For applications in which higher instantaneous output current is needed, the AQW210EHA can provide up to 16A current. With its fast switching time and low on-state voltage drop, the AQW210EHA is an ideal solution for mains controlled applications.

AQW210EHA Working Principle

The AQW210EHA solid state relay operates on the principle of resistive voltage drop in the ON state; that is, when a DC voltage greater than the specified supply voltage is applied to the input, a corresponding electric current is allowed to flow from the input to the output. The AC power supply and the input are electrically isolated, as the semiconductor body of the relay has no direct connection with the mains or household power line. The AQW210EHA\'s unique internal circuitry keeps the current flowing from the input to the output consistent, avoiding any abrupt shut-off or on-off noises. The AQW210EHA also has a fast turn off time, which allows for shorter time delays between power cycles.

Conclusion

The AQW210EHA solid state relay offers several benefits over conventional relays, including higher levels of reliability, faster switching time, low on-state voltage drop, and galvanic isolation between the input and output. It is designed to be suitable for a wide range of temperature and power control applications, including heater control, industrial process control, and medical applications. The AQW210EHA also offers high accuracy for applications requiring precise control.

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