SU3C3AC

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The SU3C3AC is a multifunction tool for use in various applications for industry, research, and development. This tool provides low current, high voltage current sources and high voltage reference sources. Its compact size and superior performance make it ideal for high density instrumentation systems, as well as high power engineering applications.

The SU3C3AC has an adjustable current range of 0-99.9 amperes with a maximum output of 200 amps. Its improved design offers improved isolation, lower power consumption, and higher resolution. The output voltage range is adjustable and can be set anywhere between 0-60 Volts.

The SU3C3AC application field is mainly focused on current applications of instrumentation such as in AC/DC converters, motor controllers, and optics. It can be used to measure DC motor commutation, AC line voltage, and audio signal level. It can also be used in research and development, such as in new driver circuits, mini-computer power supplies, and digital signal processing (DSP).

The working principle of the SU3C3AC involves connecting the source of the current to the load. A proportional voltage is then applied to the current source, resulting in an exact output current. This current then produces a feedback voltage that is compared to the set value and, if needed, adjusted. This way, the exact current can be accurately monitored and controlled.

The SU3C3AC features a variety of safety features that ensure its performance in any application. An advanced overvoltage protection system and low temperature operation guarantee that the device will function at its best under all conditions. Furthermore, a temperature compensation circuit prevents the output current from drifting with temperature. This makes the SU3C3AC a safe and reliable current source.

The SU3C3AC is a versatile and powerful tool that offers superior performance for a wide range of applications. Its adjustable current range, low power consumption, and safety features make it ideal for high density instrumentation systems, motor controllers, and research and development.

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