DP1308A | Triple Output, 80 Watt Power Supply
Selection Guide
The DP1308A Series Power Supply is a high-performance 80 W triple output programmable linear DC power supply. It has excellent features including timed outputs and tracking capabilities; extremely clean power ripple and noise, comprehensive over-voltage, over current, over-temperature protection, a clean user interface, super performance specifications, and standard interfaces. These power supplies meet the requirements of a wide range of benchtop development applications as well as industrial control and production testing.
- Linear Power Supply design for improved performance
- Full color display with real time Volts, Amps, and Watts readout
- Wave Track monitors outputs over time
- GPIB, LXI-C (Ethernet), USB host & device interfaces all standard
- Program channels to automatically change value over time
- Save and store setups on flash memory drive
|
Model
|
||||
|
Output Ranges/Channels
|
+6 V
|
+25 V
|
-25 V
|
|
|
DC Output ( 0℃ - 40℃)
|
||||
|
Voltage
|
0 to +6V
|
0 to +25 V
|
0 to -25 V
|
|
|
Current
|
0 to 5 A
|
0 to 1 A
|
0 to 1 A
|
|
|
Overvoltage Protection
|
0.1 V to 6.5 V
|
0.1 V to 27 V
|
-0.1 V to -27 V
|
|
|
Overcurrent Protection
|
0.1 A to 5.5 A
|
0.1 A to 1.2 A
|
0.1 A to 1.2 A
|
|
|
Load Regulation± (output percentage + offset)
|
||||
|
Voltage
|
< 0.01% + 2 mV
|
|||
|
Current
|
< 0.01% + 250 μA
|
|||
|
Line Regulation± (output percentage + offset)
|
||||
|
Voltage
|
< 0.01% + 2 mV
|
|||
|
Current
|
< 0.01% + 250 μA
|
|||
|
Ripple and Noise (20 Hz - 20 MHz)
|
||||
|
Normal Mode Voltage
|
< 350 μV rms/2 mVpp
|
|||
|
Normal Mode Current
|
< 2 mA rms
|
< 500 μA rms
|
||
|
Common Mode Current
|
<1.5 μA rms
|
|||
|
Accuracy 12 Months[1] (25℃±5℃)±(output percentage + offset)
|
||||
|
Programming
|
Voltage
|
0.1% + 5 mV
|
0.05% + 20 mV
|
|
|
|
Current
|
0.2% + 10 mA
|
0.15% + 4 mA
|
|
|
Read Back
|
Voltage
|
0.1% + 5 mV
|
0.05% + 10 mV
|
|
|
|
Current
|
0.2% + 10 mA
|
0.15% + 4 mA
|
|
| DP1308A Specs |
| |
Datasheets
| DP1000A Datasheet |
|
User's Manual(s)
| DP1308A User's Guide |
|
| Power Supply Declassification Guide |
|
Programming Manual(s)
| DP1308A Programming Guide |
|
Specifications
| DP1308A Specs |
|
Service Manuals
| 3 Year Product Warranty Agreement |
|
Catalogs
| Full Line Catalog |
|
| Product Selection Guide |
|
To get started using your instruments over the bus download UltraSigma instrument communication software or for older instruments or customized installations review the How to Guide:
Using VISA and drivers to communicate with instruments
For help writing your own programs for our instruments review the programming manual or contact us directly.
Drivers
| DP1308A IVI Driver |
|
Software Applications
| DP1116A Timer Burn In Cycle Example program |
|
| DP1000A Software: UltraPower User's Guide |
|
| UltraPower |
|
| LabVIEW 2011 Sweep example program for the DP1116A power supply |
|
| How do I install Ultra Signal Studio, Ultra Spectrum, or Ultra Power? |
|
| DP1116A LabVIEW 2010 Demo Code IV Sweep |
|
| UltraSigma |
|
| C#.NET basic instrument communication example |
|
| User's Guide for UltraSigma Software |
|
| How do I install UltraSigma? |
|
Standard Accessories (included)
-
Packing Kit
-
Product CD
-
Calibration Certificate
-
Power Cord
-
USB Cable
Optional Accessories
-
RM-DP-1
$110
Ships in 4-6 weeksRack Mounting Kit for a DP800 or DP1000 Series Power Supply. May be different than image. Rack kits are different for each instrument.
-
Price vs. Total Power
-
DP1308A and DP1116A FW Update procedure See attached for instructions on upgrading your DP1308A or DP1116A Power Supply. 
DP1000A Packing List Here is a sample packing list for the DP1116A and DP1308A series of power supplies. What products are LXI compliant? The attached document lists the LXI Compliant instruments. Are your products UL or CSA listed? At this time, many of our products are C TUV USA listed. Per the TUV website, http://www.tuvasi.com/en/tests-and-analysis/information-about-nrtl-tests.htmlThe C TUV US mark is recognized as the equivalent and direct replacement to the UL and CSA m When I plug in my instrument via USB, I get a Windows Page Fault error ( Blue Screen of Death / BSoD ). There is a known issue with the IVI VISA Shared components version.See attached document for more details. Software Compatibility The attached PDF file describes Windows 7 Compatibility Issues. Help File Error: Navigation to web page cancelled. Some instrument manuals are compiled HTML files with extensions ending in .CHM. On occasion, they have shown Navigation to web page cancelled. Here are some steps to help solve that error. Where do I find instrument drivers for LabVIEW? http://www.ni.com/downloads/idnet/ Rigol Scopes VISA Driver Installation / Rigol’s UltraScope software not detect Rigol scope attached to PC via USB OR User receives Run Time Error '48': File not found VISA32.DLL error message when UltraScope is launched. The user either has not installed the latest available National Instruments VISA Runtime engine or the version of National Instrument’s VISA Runtime Engine included on the CD that the user installed is outdated.In both cases, the recommended solution VISA Runtime for Apple OS X To use a VISA compatible Rigol instrument under Apple OS X, the user must install National Instruments VISA run-time engine for OS XAs of this writing the latest OS X VISA run-time engine from National Instruments is NI-VISA 5.0NI-VISA 5.0 can be Bits vs. dBs Here are instructions on converting bits of resolution to dBs. My Instrument IVI Driver does not appear in the LabVIEW tools palette. You may need to manually find and convert the IVI driver. See attachment for more details. The instrument not recognized over the USB bus In some cases, an instrument may not be recognized over the USB bus. Here are some troubleshooting hints to help. -
-
Active loads and the DP800, DP1000 series of Power Supplies Here are instructions and warnings for successful and safe connection of active loads (batteries, etc..) to your power supply. Increasing voltage or current by using multiple power supplies. This application note discusses increasing the voltage or current capabilities of a system by wiring multiple power supplies in series or parallel. -
