slice:dcc
Differences
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slice:dcc [2019/09/04 21:47] – [List of Warning Symbols] Michael Radunsky | slice:dcc [2020/03/07 00:02] – [Specifications] Michael Radunsky | ||
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</ | </ | ||
- | The SLICE-DCC Current Controller is intended for driving laser diodes. | + | The SLICE-DCC Current Controller is intended for driving laser diodes. |
{{ d2: | {{ d2: | ||
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</ | </ | ||
===== Purchase Includes ===== | ===== Purchase Includes ===== | ||
- | <WRAP half column> | ||
* SLICE-DCC dual-channel Current Controller | * SLICE-DCC dual-channel Current Controller | ||
* AC power cord with appropriate wall plug for you location (if known) | * AC power cord with appropriate wall plug for you location (if known) | ||
- | | + | * One BNC grounding cap for door safety interlock |
- | * Two D2-007 Breakout boards (<imgref 007>) | + | |
- | | + | |
* Two keys for lock out | * Two keys for lock out | ||
* Final Test Documentation | * Final Test Documentation | ||
- | </ | ||
- | <WRAP half column> | ||
- | < | ||
- | </ | ||
===== Absolute Maximum Ratings and Power Input ===== | ===== Absolute Maximum Ratings and Power Input ===== | ||
Note: All modules designed to be operated in a laboratory environment. | Note: All modules designed to be operated in a laboratory environment. | ||
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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 10 Hz to 1 MHz)) | 1.5\\ 4\\ 10\\ 15 | | | \\ \\ Current Noise((Constant Current Mode)) ((rms 10 Hz to 1 MHz)) | 1.5\\ 4\\ 10\\ 15 | | ||
| Modulation Bandwidth((3 dB)) | | Modulation Bandwidth((3 dB)) | ||
- | | Modulation Depth | + | | Modulation Depth \\ 200 mA\\ 500 mA\\ 1,000 mA\\ 2,000 mA | |
- | | Modulation Transfer Function | + | | Modulation Transfer Function |
| Modulation Input Range | | Modulation Input Range | ||
| Current Resolution | | Current Resolution | ||
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< | < | ||
- | At present (Aug, 2019), the only input option is a modulation signal. | + | The only input option is a modulation signal. |
==== Programmable Output ==== | ==== Programmable Output ==== | ||
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External control of the SLICE-DCC is accomplished via a TTL trigger.((https:// | External control of the SLICE-DCC is accomplished via a TTL trigger.((https:// | ||
=== Trigger Out === | === Trigger Out === | ||
- | The Trigger Out on the back panel of the SLICE-DCC can be programmed to go high if an interlock (key or door) is opened. | + | The Trigger Out on the back panel of the SLICE-DCC can be programmed to go high if an interlock (key or door) is opened. |
- | < | + | < |
=== Trigger In === | === Trigger In === | ||
The input trigger can be used to turn on or off the current for either or both channels. | The input trigger can be used to turn on or off the current for either or both channels. | ||
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Change the input impedance of the two front-panel input ports. | Change the input impedance of the two front-panel input ports. | ||
- | === SLICE-QT Firmware === | + | === SLICE Firmware === |
Current firmware versions are reported here. | Current firmware versions are reported here. | ||
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===== Error States ===== | ===== Error States ===== | ||
+ | ==== Interlock Open ==== | ||
If either the key switch is deactivated or the interlock is opened while the system is operating, the SLICE-DCC will stop delivering current and the Enable window will flash red with INTERLOCK displayed (<imgref inter_open> | If either the key switch is deactivated or the interlock is opened while the system is operating, the SLICE-DCC will stop delivering current and the Enable window will flash red with INTERLOCK displayed (<imgref inter_open> | ||
< | < | ||
+ | ==== Open Circuit ==== | ||
If the SLICE-DCC attempts to deliver current, but is unable to do so, it assumes an open circuit fault. | If the SLICE-DCC attempts to deliver current, but is unable to do so, it assumes an open circuit fault. | ||
slice/dcc.txt · Last modified: 2024/03/27 21:07 by Thomas Bersano