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0-50W, DC System Power Supplies, GPIB, Single and Multiple Outputs
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- 25-50W, DC System Power Supplies, GPIB, Multiple Outputs (35)
- 30-80W, DC System Power Supplies, GPIB, Single Output (33)
- 40-50W, DC System Power Supplies, GPIB, Single Output (22)
- 6611C 40 Watt System Power Supply, 8V, 5A (18)
- 6611C-J05 Special Order Power Supply, 10V, 5A (19)
- 6612C 40 Watt System Power Supply, 20V, 2A (19)
- 6613C 50 Watt System Power Supply, 50V, 1A (19)
- 6614C 50 Watt System Power Supply, 100V, 0.5A (18)
- 6621A System Power Supply, 80W, 2 outputs (23)
- 6622A System Power Supply, 80W, 2 outputs (23)
- E3631A 80W Triple Output Power Supply, 6V, 5A & ±25V, 1A (34)
- E3640A 30W Power Supply, 8V, 3A or 20V, 1.5A (33)
- E3641A 30W Power Supply, 35V, 0.8A or 60V, 0.5A (33)
- E3642A 50W Power Supply, 8V, 5A or 20V, 2.5A (33)
- E3643A 50W Power Supply, 35V, 1.4A or 60V, 0.8A (33)
- E3644A 80W Power Supply, 8V, 8A or 20V, 4A (33)
- E3645A 80W Power Supply, 35V, 2.2A or 60V, 1.3A (33)
- E3646A 60W Dual Output Power Supply, Two 8V, 3A or 20V, 1.5A (35)
- E3647A 60W Dual Output Power Supply Two 35V, .8A or 60V, 0.5A (35)
- E3648A 100W Dual Output Power Supply Two 8V, 5A or 20V, 2.5A (35)
- more...
Results
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Title/Description |
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60xxA, 66xxA and 663xx: Transient Current Overshoots above the Current Limit Setting for Power...
Transient Current Overshoots above the current limit setting for power
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2005-02-14
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FAQ
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661xC and 663xB: Current Measurement Range
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2002-06-27
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FAQ
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661xC and 663xB: Power Supply Output Transition Time
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2002-06-27
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FAQ
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662xA: Replacing GPIB Printed Circuit Board Assembly
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2009-03-30
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FAQ
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66xxA and 68xxB: Power Supply Remote Shut-Off
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2002-06-27
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FAQ
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66xxA and 68xxB: Remote Inhibit
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2002-06-27
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FAQ
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66xxA and E36xxA: Determining Power Supply Constant Current Mode
The power supply cannot be "put" into the constant current mode.
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2005-08-03
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FAQ
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66xxA and E36xxA: P-P Voltage Noise Versus RMS Noise
Both Vp-p and Vrms are measures for the unwanted AC components of a DC power supply output. Peak-to-peak noise is measured from the maximum positive point on the waveform to the most negative voltage point.
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2008-09-22
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FAQ
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66xxA and E36xxA: Programmable Current Sinking
In general, current sinking is a fixed value at some percentage of the full scale current output. However, there is an exception for one series of Agilent power supplies. On the 663xB series, the maximum negative current tracks the value programmed for the positive current limit.
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2008-09-22
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FAQ
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66xxA, 68xxA and E36xxA: Switching vs. Linear Power Supplies
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2002-06-27
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FAQ
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66xxA, 68xxB and N330xA: Power Products Memory
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2002-06-27
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FAQ
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66xxA, 68xxB and N330xA: Single Phase Power from a 3 Phase Line
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2002-06-27
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FAQ
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66xxA, 68xxB, E36xxA and N330xA: Power Supply Cooling Requirements
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2002-06-27
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FAQ
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66xxA, 68xxB, N330A and E36xxA: Determining the Correct Line Voltage Option to Order for a Power...
Some power products use lots of power, far beyond the range of typical electronic products with which we are familiar. This makes choosing the correct line voltage option more challenging.
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2008-09-22
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FAQ
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66xxA, E362xA, E363xA, E364xA: DC Power Supplies Connecting in Series or in Parallel
The resultant voltage for series connections cannot exceed the maximum floating voltage allowed for any on the component power supplies. While this is typically +/-240 volts dc, there are some supplies as low as +/-25 volts dc, and others as high as +/-550 volts dc.
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2008-09-22
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FAQ
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66xxA, E363xA and E364xA: Can Agilent Power Supplies Sink Current?
Yes! Sinking, or down-programming, is the ability to pull current into the positive terminal of a power supply.
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2004-06-08
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FAQ
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66xxA, E435xB, 605xB, N3300A and E36xxA: 'Floating' the Output of a Power Supply Above Ground
66xxA, E435xB, 605xB, N3300A and E36xxA: 'Floating' the Output of a Power Supply Above Ground
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2006-10-21
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FAQ
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66xxA: Calibration Certificates
Criteria have been established to determine which products get or do not get a calibration from the factory. A product with a product number does not automatically qualify for a calibration certificate.
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2008-09-22
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FAQ
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66xxA: Down programming
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2002-06-27
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FAQ
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66xxA: Power Supply Readback Intermittently Corrupted or Empty
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2002-06-27
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FAQ
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66xxA: Re-Calibration Date
There are no components used in Power Products which have a specific shelf life. Therefore, the calibration period of this instrument begins on the date that the product is first put into service by the customer. The recommended calibration interval for most Power Products is 12 months.
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2008-09-22
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FAQ
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66xxA: Synchronize Different System Power Supply Outputs
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2002-06-27
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FAQ
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Are there software drivers available for the E36xxA power supplies?
Yes! There are VXI plug and play drivers that support Agilent VEE, NI LabView and LabWindows for the E363xA and E364xA families of power supplies. Users of Windows 98 and Windows Millenium Edition should use the Windows 95 drivers.
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2008-11-04
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FAQ
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Can Agilent power supplies be programmed from 0 to full output voltage using a 0 to 10V signal source?
Yes, many Agilent power supplies feature remote voltage programming or analog programming capability. However, there is a potential danger in analog programming any power supply, especially a high voltage supply...
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2006-04-11
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FAQ
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Do I need to order option 054 (High Speed Test Extensions) for the N6751A, N6752A, and N6754A High Performance DC Power Modules, when I plan on using them in a N6705A DC Power Analyzer?
Option 054 is not required when the DC Power Module will be used in a DC Power Analyzer.
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2007-07-03
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FAQ
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