... | @@ -23,20 +23,28 @@ pins in the VME64x J1 connector. |
... | @@ -23,20 +23,28 @@ pins in the VME64x J1 connector. |
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## Features
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## Features
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- VME64x form factor using Front and Rear Transition Module
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- VME64x double-height form factor using Front and Rear Transition
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Module
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- The output pulse is a CERN level standard, [Standard
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- The output pulse is a CERN level standard, [Standard
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Blocking](https://www.ohwr.org/790).
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Blocking](https://www.ohwr.org/790).
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- 6 conversion channels. Every channel has:
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- 6 conversion channels. Every channel has:
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- A TTL input in the front panel.
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- A TTL input in the front panel.
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- A Blocking input in the rear panel.
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- A Blocking input in the rear panel.
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- Three Blocking outputs in the rear panel.
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- Three Blocking outputs in the rear panel.
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- Additional custom I/Os in front panel.
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- LEMO 00 connectors in both front and rear panels.
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- LEMO 00 connectors in both front and rear panels.
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- Galvanic isolation for inputs and outputs.
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- Galvanic isolation for inputs and outputs.
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- Rear panel: input protection against high-current and high-voltage
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- Rear panel: input protection against high-current and high-voltage
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transients.
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transients.
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- FPGA firmware can be remotely upgradeable.
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- Communication through I2C allows to fetch logs of the repetitor
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board and change the pulse width.
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- Time-tagging: [White-Rabbit
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- Time-tagging: [White-Rabbit
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capable](https://www.ohwr.org/project/white-rabbit)
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capable](https://www.ohwr.org/project/white-rabbit)
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- FPGA firmware can be remotely upgradeable.
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- LEDs in front and rear panels:
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- One LED for every channel
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- Three LEDs for White Rabbit status
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- Power and general error LEDs
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## Documents
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## Documents
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