slice:dcc
Differences
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Both sides previous revisionPrevious revisionNext revision | Previous revisionNext revisionBoth sides next revision | ||
slice:dcc [2020/04/30 23:53] – [Laser and Photodiode Connections] Michael Radunsky | slice:dcc [2020/11/24 14:12] – [Specifications] Michael Radunsky | ||
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| Control | | Control | ||
| Operation Modes | Constant Current\\ Constant Power | | | Operation Modes | Constant Current\\ Constant Power | | ||
- | | \\ \\ Maximum Current | + | | \\ \\ Maximum Current |
| \\ \\ Current Noise((Constant Current Mode)) ((rms 100 Hz to 1 MHz)) | 1.5\\ 4\\ 10\\ 15 | | | \\ \\ Current Noise((Constant Current Mode)) ((rms 100 Hz to 1 MHz)) | 1.5\\ 4\\ 10\\ 15 | | ||
| Current Modulation Input Impedance \\ Rear \\ Front | \\ >20 kΩ\\ 50 Ω or 1 MΩ | | | Current Modulation Input Impedance \\ Rear \\ Front | \\ >20 kΩ\\ 50 Ω or 1 MΩ | | ||
- | | Modulation Bandwidth((-3 dB point)), ((front & rear modulation input ports))| | + | |Modulation Bandwidth((-3 dB point)), ((front & rear modulation input ports))| |
+ | | Modulation Input Range | ||
|Modulation Depth \\ SLICE-DCC-200\\ SLICE-DCC-500\\ SLICE-DCC-1000\\ SLICE-DCC-2000 | \\ ±10 mA\\ ±25 mA\\ ±50 mA\\ ±50 mA | | |Modulation Depth \\ SLICE-DCC-200\\ SLICE-DCC-500\\ SLICE-DCC-1000\\ SLICE-DCC-2000 | \\ ±10 mA\\ ±25 mA\\ ±50 mA\\ ±50 mA | | ||
|Modulation Transfer Function | |Modulation Transfer Function | ||
- | | Modulation Input Range | ||
| Current Resolution | | Current Resolution | ||
| Drift | <25 µA/ | | Drift | <25 µA/ | ||
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- | < | + | < |
==== Setting the Operation Mode ==== | ==== Setting the Operation Mode ==== | ||
The SLICE-DCC has two operation modes: Constant Current and Constant Power. | The SLICE-DCC has two operation modes: Constant Current and Constant Power. |
slice/dcc.txt · Last modified: 2024/03/27 21:07 by Thomas Bersano