DetailsMaxim

Xantrex/Sorensen XDC 100-60 Programmable DC Power Supply 100V 60A 6kW

The XDC provides clean, reliable power for bench top, ATE systems, burn-in, production test and OEM applications.

The XDC has a unique embedded controller that provides menu-driven auto sequencing capability. Complex test sequences can be entered and saved via the front panel without external computers or software.

With the XDC, up to ten different test programs, each capable of 99 voltage level steps, can be constructed and executed by a manual or external trigger. Ten configurations of differing protection and output set points can also be conveniently stored, recalled or set for default at start up.

The XDC 6 kW comes in a compact 5.25-inch high rack package (3U) and is available in ten models. The XDC 12 kW comes in a 10.5-inch high rack package (6U) and is also available in ten models.

Quantity:

Feature Specification

Embedded controller for menu driven auto sequencing
Zero voltage soft switching
Power factor correction
Constant power mode
Current sharing for parallel operation
LabVIEW and LabWindows drivers
CE, CSA, UL approvals

Model	XDC 10-600	XDC 20-300	XDC 30-200	XDC 40-150	XDC 60-100	XDC 80-75	XDC 100-60	XDC 150-40	XDC 300-20	XDC 600-10
Output Voltage	0-10V	0-20V	0-30V	0-40V	0-60V	0-80V	0-100V	0-150V	0-300V	0-600V
Output Current	0-600A	0-300A	0-400A	0-150A	0-100A	0-75A	0-60A	0-40A	0-20A	0-10A
Output Power	All Models - 6,000 Watts
Output Noise & Ripple: (Measurement BW: p-p is 10 Hz-20 MHz, rms is 10 Hz-100 kHz.)
Voltage rms	10mV	10mV	12mV	15mV	15mV	15mV	20mV	20mV	30mV	80mV
Voltage p-p	75mV	75mV	75mV	75mV	100mV	100mV	100mV	150mV	250mV	350mV
Current rms	3100mA	1600mA	1000mA	750mA	450mA	320mA	230mA	120mA	50mA	25mA
Output Ratings: (minimum voltage is <0.15% of rated voltage at zero output setting, minimum current is <0.2% of rated current at zero output setting with rated load resistance.)
Efficiency: (typ. at 208V input, full load))	85%	87%	87%	87%	89%	89%	90%	90%	91%	91%

Model	XDC 10-1200	XDC 20-600	XDC 30-400	XDC 40-300	XDC 60-200	XDC 80-150	XDC 100-120	XDC 150-80	XDC 300-40	XDC 600-20
Output Voltage	0-10V	0-20V	0-30V	0-40V	0-60V	0-80V	0-100V	0-150V	0-300V	0-600V
Output Current	0-1200A	0-600A	0-400A	0-300A	0-200A	0-150A	0-120A	0-80A	0-40A	0-20A
Output Power	All Models - 12,000 Watts
Output Noise & Ripple: (Measurement BW: p-p is 10 Hz-20 MHz, rms is 10 Hz-100 kHz.)
Voltage rms	10mV	10mV	12mV	15mV	15mV	15mV	20mV	20mV	30mV	80mV
Voltage p-p	75mV	75mV	75mV	75mV	100mV	100mV	100mV	150mV	250mV	350mV
Current rms	6200mA	3200mA	2000mA	1500mA	900mA	640mA	460mA	240mA	100mA	50mA
Output Ratings: (minimum voltage is <0.15% of rated voltage at zero output setting, minimum current is <0.2% of rated current at zero output setting with rated load resistance.)
Efficiency: (typ. at 208V input, full load))	85%	87%	87%	87%	89%	89%	90%	90%	91%	91%

AC Line Input Specifications
AC Line Input	190-242 VAC (208 Vrms nominal), 3 phase, 47-63Hz, 3 wire + Safety Ground
Maximum Inrush Current	35 Arms (6kW) 70Arms (12kW)
Minimum Power Factor	0.95 (At nominal input voltage and maximum power)
AC Line Input Operating Current	Maximum Operating: 24A/48A (at 190 VAC input, 50°C, max. load) Typical Operating: 20A/40A (at 208 VAC input, 25°C, max. load)
AC Line to Chassis Leakage Current	Complies with IEC 1010-1-92, UL3101-1, CSA 22.2.
AC Phase to Phase Leakage Current	Complies with IEC 1010-1-92, UL3101-1, CSA 22.2.
Input to Output Isolation	1350VAC
Output Performance Specifications ( applies to both local and remote sense configurations and to all programming sources, except where noted.)
Rated Output Range	0-100% (Voltage & Current)
Efficiency	82% minimum for the product line. Specific minimum efficiency limits are model dependent. 89% typical at nominal line voltage and ambient temperature. See model table.
Load Regulation	Voltage: 5mV + 0.05% of Vmax Current: 20mA + 0.1 % of Imax Power:1% of Pmax
Line Regulation	Voltage: 0.01 % of Vmax Current: 0.01 % of Imax Power: 1% of Pmax
Programming Range for Voltage, Current, and Power	From 0-100% of the rated maximum output.
Output Disabled Voltage	0.1 % of rated maximum output
OVP Programming Range	0-103% of Vmax
Maximum Remote Sense Line Drop Compensation	Minimum 3.8V for each line, 5V typical
Switching Frequency	Nominal 35 kHz; (56-130 kHz output ripple)
Dynamic Output Specifications
Rise Time	For a programmed 0 to 100% step in output voltage No Load 100ms Full Load 100ms
Fall Time	For a programmed 100% to 0% step in output voltage. No Load 2s Full Load 50ms
Time Delay From Power On Until Output Stable	5 seconds maximum (Within regulation envelope)
Time Delay From Output Enable Until Output Stable	2s maximum (Within regulation envelope)
Output Hold-Up Time - Power Off	Minimum 4ms (at full load)
Output Hold-Up Time - Source Interruption	Minimum 4 ms with output deviation less than 5% of maximum output voltage after source intervention.
Transient Response Time	Voltage Mode: 3ms for a load step change from 50% to 100% or 100% to 50%, recovers within 0.75% of the output setting.
Mode Crossover	CV - CC Overshoot: 1% CC - CV Overshoot: 1%
Typical Programming Resolution
Voltage	0.002% of Vmax (Front Panel, Remote and Analog Programming Interface)
Current	0.002% of Imax (Front Panel, Remote and Analog Programming Interface)
Overvoltage	0.002% of Vmax (Front Panel and Remote Interface)
Power	1% of Pmax (Front Panel and Remote Interface)
Typical Measurement Resolution
Voltage	0.002% of Vmax (Front Panel, Remote and Analog Programming Interface)
Current	0.002% of Imax (Front Panel, Remote and Analog Programming Interface)
Power	1% of Pmax (Front Panel and Remote Interface)
Programming Accuracy
Voltage Programming	Front Panel and Remote Interface: 0.1% of Vmax Analog Programming Interface: 0.2% of Vmax
Current Programming	(ront Panel and Remote Interface: 0.3% of Imax Analog Programming Interface: 0.3% of Imax
Overvoltage Programming	Front Panel and Remote Interface: 0.1% of Vmax
Power Programming	Front Panel and Remote Interface: 2% of Pmax
Readback Accuracy
Voltage Readback	Front Panel and Remote Interface: 0.15% of Vmax Analog Programming Interface: 0.3% of Vmax
Current Readback	Front Panel and Remote Interface: 0.15% of Imax Analog Programming Interface: 0.3% of Imax
Power Readback	Front Panel and Remote Interface: 2% of Pmax
30 Minute Drift
At 25°C ±5°C, with full power load after initial turn-on	Voltage: 0.04% of Vmax Current: 0.6% of Imax Power: 2% of Pmax
8 Hour Drift Temperature Stability
At 20°C ±5°C after 30 minutes full load operation	Voltage: 0.02% of Vmax Current: 0.04% of Imax Power: 1 % of Pmax
Temperature Coefficients
Voltage Programming	0.04% of Vmax/°C (Front Panel, Remote and Analog Interface)
Current Programming	0.06% of Imax/°C (Front Panel, Remote and Analog Interface)
Power Programming	0.1 % of Pmax/°C (Front Panel and Remote Interface)
Voltage Readback	0.04% of Vmax/°C (Front Panel, Remote and Analog Interface)
Current Readback	0.06% of Imax/°C (Front Panel, Remote and Analog Interface)
Power Readback	0.1 % of Pmax/°C (Front Panel and Remote Interface)
Analog Programming Interface
Programming	0-5 VDC: Load impedance >30 kOhms 0-l0 VDC: Load impedance >30 kOhms
Readback	0-5 VDC: Load impedance <500 Ohms 0-l0 VDC: Load impedance <1 kOhms
Isolation	Maximum working voltage of any analog programming signal with respect to chassis potential or the supply negative output is 300 VDC.
User Line Interface (Includes auxiliary status lines, interlock, and external trigger lines.)
Maximum Current Sink Capability	Each Output: 10 mA
Maximum Supply Voltage	15VDC
Minimum Supply Voltage	5VDC
Isolation	Maximum working voltage of any user line signal with respect to chassis potential or the supply negative output is 300 VDC.
Environmental Specifications
Temperature Range	Operating: 0° to 50°C. Consult the factory for operation below 0°C and above 50°C. Storage: -40°C-+85°C
Humidity Range	30-95% RH, Non-condensing (operating and storage)