Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 6632A #9187217 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 6632A is a single output, general purpose, precision power supply with rapidly settable, constant voltage or current regulation, and low noise performance. It is capable of delivering up to 30V and 1A of continuous power, or up to 33V and 2A of pulsed power. Highly versatile, the system is suitable for a variety of applications including characterizing, testing and verifying electronic devices and components, along with powering DC motors, LEDs and semiconductor packages. The range of features on HP 6632A makes it an ideal choice for precise laboratory work. Ambient temperature compensation gives the power supply quick response over the full temperature range, while ripple and noise performance is low, resulting in an exceptionally flat voltage curve. An adjustable over-voltage/over-current protection circuit ensures that components and circuitry are not damaged during testing. The front panel of AGILENT 6632A is designed to offer easy yet precise operation, with rotary control knobs for setting output voltage and current limits, as well as a key for selecting between voltage and current operation. An LCD display shows the current output voltage or current levels, as well as the output voltage or current limit values. In addition, 6632A provides a range of facilities for monitoring output values, including output current/voltage indication, current/voltage trip indicator lights and an over-voltage/over-current trip indicator. Connectivity on HEWLETT-PACKARD 6632A is provided by a front panel 4mm banana jack, enabling simple connection to standard 4mm banana plugs. In addition, a rear panel interface provides complete Remote Interface (RI) control of the power supply, allowing all settings to be remotely adjusted via, USB, LAN, GPIB and serial port connections. In conclusion, KEYSIGHT 6632A is a rugged, general purpose, precision power supply, offering high performance, low noise operation, rapid temperature compensation and simple yet precise control from its front panel. Its ability to be remotely controlled and monitored via a rear panel interface provides further flexibility for electronic device testing and power delivery.