ffc:100m
Differences
This shows you the differences between two versions of the page.
ffc:100m [2022/09/21 16:16] – external edit 127.0.0.1 | ffc:100m [2023/11/30 21:32] (current) – external edit 127.0.0.1 | ||
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Please read [[: | Please read [[: | ||
- | {{ffc: | + | {{ffc: |
- | < | + | < |
====Links==== | ====Links==== | ||
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Click here for the [[https:// | Click here for the [[https:// | ||
Click here for the [[https:// | Click here for the [[https:// | ||
- | Click here for the [[ffc: | + | Click here for the [[ffc: |
+ | Click here for the [[ffc: | ||
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=====Specifications===== | =====Specifications===== | ||
<WRAP center round box 60%>< | <WRAP center round box 60%>< | ||
- | | **Performance((Subject to change without notice))** | + | | **Performance((Subject to change without notice))** |
- | ||||| | + | |
^ Parameter | ^ Parameter | ||
- | | ƒ< | + | | ƒ< |
| ƒ< | | ƒ< | ||
| In-Loop Allan Deviations || < | | In-Loop Allan Deviations || < | ||
- | | **Optical IO** |||| | + | | **Optical IO** |||| |
- | ||||| | + | ^ Input / Output |
- | ^ Input / Output | + | | OSC Out || 130 µW || |
- | | OSC Out | PM FC/APC | 225-445 mA ((CW-breakthrough occurs at currents above 445 mA)) | 130 µW | | + | | EDFA Out || 8.8 mW || |
- | | EDFA Out | PM FC/APC | 1575 mA ((current setting of the AMP pump diode)) | + | | SC Out || >50 mW || |
- | | SC Out | PM FC/APC | 1575 mA ((current setting of the AMP pump diode)) | + | | ƒ< |
- | | ƒ< | + | |
| **RF IO** |||| | | **RF IO** |||| | ||
||||| | ||||| | ||
^ Input / Output | ^ Input / Output | ||
- | | ƒ< | + | | ƒ< |
| ƒ< | | ƒ< | ||
| ƒ< | | ƒ< | ||
||||| | ||||| | ||
</ | </ | ||
- | |||
=====Features===== | =====Features===== | ||
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< | < | ||
=====FPGA Control===== | =====FPGA Control===== | ||
- | For locking the FFC-100 with the Vescent | + | For locking the FFC-100 with the Vescent |
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=====Slow Loop===== | =====Slow Loop===== | ||
===Firmware Version FL-V1.2=== | ===Firmware Version FL-V1.2=== | ||
- | The Slow Loop tab of either the RPM-100 or the SLICE-FPGA allows the user to enable a slow servo temperature control of the intracavity PZT to prevent offset drift over long periods of time. It is recommended to always enable this feature after setting up a lock, as without it the PZT's offset voltage can drift to its rails over the course of several hours or even less. To enable the Slow Loop feature, simply fill in the "FFC COM Port:" field with the number corresponding to your FFC-100' | + | The Slow Loop tab of either the the SLICE-FPGA allows the user to enable a slow servo temperature control of the intracavity PZT to prevent offset drift over long periods of time. It is recommended to always enable this feature after setting up a lock, as without it the PZT's offset voltage can drift to its rails over the course of several hours or even less. To enable the Slow Loop feature, simply fill in the "FFC COM Port:" field with the number corresponding to your FFC-100' |
- | <WRAP center round important 100%>To determine the COM port of your FFC, open the Windows Device Manager on your PC, expand the "Ports (COM & LPT)" drop down, take note of which COM ports are listed, then unplug the FFC-100' | + | <WRAP center round important 100%>To determine the COM port of your FFC-100, open the Windows Device Manager on your PC, expand the "Ports (COM & LPT)" drop down, take note of which COM ports are listed, then unplug the FFC-100' |
</ | </ | ||
===Firmware Version G2-V1.2=== | ===Firmware Version G2-V1.2=== |
ffc/100m.1663776965.txt.gz · Last modified: 2022/09/21 16:16 by 127.0.0.1