The XDC Series represents todays state-of-the-art technology
in programmable DC supplies, offering 6 kW and
12 kW of high power for ATE, production test, burn-in,
bulk power and OEM applications.
With an embedded controller, the XDC Series has a
unique menu-driven auto sequencing capability. This
powerful feature allows for complex test sequences to be
entered and saved via the front panel without the need for
external computers or software. Tests unique to a users
application are now possible with the XDC Series.
At 6 kW and 12 kW, the XDC Series offers up to ten different
test programs, each with up to 99 voltage level
steps varying from milliseconds to days. Programs can
be executed by a manual or external trigger, or via a
computer interface; a technician can single step through
a sequence, run n times or run continuously when triggered
from the front panel or remotely. This stand-alone
capability can be used for constructing simple voltage
XDC Series Digital Power Supplies
ramps, battery charging and simulation of battery voltage at
engine start-up, component testing, and MIL 704E testing.
Additionally, up to ten configurations of differing protection
and output set points may be stored, recalled at any time or
set for default at start-up.
Both the XDC 6 kW and 12 kW are available in ten models.
Simple, high power systems can also be configured by adding
parallel power supplies that are controlled from a master XDC
unit by a CANbus communications link.
Standard features include RS-232 and fully isolated analog
control, extensive self-protection mechanisms, soft switching
for better noise performance, efficiency and reliability,
and input power factor correction (PFC) for lower current
draw and low harmonic current generation.

3? 208 VAC input
Power Factor Correction (PFC)
Zero voltage soft switching
Constant power mode
16-bit digital processing
Ten store/recall locations
99-step, menu-driven auto sequencing
Advanced internal programming
Nine self-protection mechanisms
Isolated analog programming
RS-232 interface
LabView drivers
Bright vacuum fluorescent display
Front panel software-based calibration
Remote sense with 5 V line loss compensation
UL, CSA, CE approvals; FCC compliant

GPIB interface card (488.2 with SCPI)
CANbus communications link
High voltage input: 3? 342-500 VAC HV input
GPIB-multichannel

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