6670 Series

 The Keysight 6670 Series of 2000 watt, Single-Output DC Power Supplies have built-in measurements and advanced programmable features, protection features to guarantee DUT safety, fan-speed control to reduce acoustic noise, analog control of output voltage and current, and more. The capability of controlling output voltage and current with analog signals is useful in specific noisy conditions, and instantaneous responses to procedure modifications. The DC output and protection features can be programmed via the front panel or with industry standard SCPI commands through the GPIB. The software drivers this series uses are VXIplug&play and IVI-COM drivers.

The Keysight 6670 Series output terminals can be floated a maximum of ± 240 VDC from chassis ground. As much as half of the rated output voltage can be dropped in every load lead. The drop in the load leads takes away from the accessible voltage for the load. The typical time needed for the output voltage to start to alter after receiving the digital information is 20 ms for the power supplies linked straight to the GPIB. The input power is 3,800 VA, 2,600 W at full load and 170 W without a load. 

6670 Series

 The Keysight 6670 Series of 2000 watt, Single-Output DC Power Supplies have built-in measurements and advanced programmable features, protection features to guarantee DUT safety, fan-speed control to reduce acoustic noise, analog control of output voltage and current, and more. The capability of controlling output voltage and current with analog signals is useful in specific noisy conditions, and instantaneous responses to procedure modifications. The DC output and protection features can be programmed via the front panel or with industry standard SCPI commands through the GPIB. The software drivers this series uses are VXIplug&play and IVI-COM drivers.

The Keysight 6670 Series output terminals can be floated a maximum of ± 240 VDC from chassis ground. As much as half of the rated output voltage can be dropped in every load lead. The drop in the load leads takes away from the accessible voltage for the load. The typical time needed for the output voltage to start to alter after receiving the digital information is 20 ms for the power supplies linked straight to the GPIB. The input power is 3,800 VA, 2,600 W at full load and 170 W without a load. 

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