Used NEWPORT 69920 #9328728 for sale

NEWPORT 69920 is a precision power supply that provides a reliable, accurate and high performance power source for a wide range of applications. 69920 is the ideal choice for use in high-precision laboratory, research, and industrial applications that require ultra-stable, low-noise power. NEWPORT 69920 power supply has an output voltage range of 0 V to 24 V, and an output current range of 0 A to 5 A. It uses a 48-bit A/D converter with 14-bit resolution, providing very accurate control over both voltage and current output. 69920 also features a built-in digital voltmeter with a resolution of 0.001 V over its full range, enabling precise power regulation. NEWPORT 69920 incorporates advanced circuit topology, coupled with advanced digital control technology, that can provide a clean, noise-free, and stable output voltage and current with extremely low total output impedance of 0.2 mΩ. This low output impedance produces a minimal ripple and noise, allowing for accurate control and limiting system errors. 69920 has integrated protections against overload, over voltage, and reverse polarity, as well as current and voltage interlocks. These protections allow for both safe and reliable operation and reduce the risk of damaging the equipment and other components. The unit is easy to operate with its graphical LCD display that clearly shows the current output level and other settings. It has a USB interface that allows for convenient remote control and monitoring of the output characteristics. It also has a comprehensive set of programmable digital I/O ports for connecting external devices. NEWPORT 69920 power supply is energy-efficient, having an efficiency of up to 90%. In addition, it has a low power consumption of only 30 W, making it an ideal choice for use in laboratories where power leads to high bills. Finally, 69920 power supply is backed by a three-year warranty, giving customers peace of mind when purchasing the product. This ensures that their investments are well-protected in the event of a malfunction or an issue.