You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
We must build several custom front-ends for photonic sensors, like superconducting nanowire detectors for space-to-ground QKD.
The idea is to reuse this board and add 3 ISO-SPI transceivers and DIOT support.
In this way, with a single AUX_PSU module and primitive AFE boards (just SPI ADC/DAC), we can build a complex system with minimal HW RnD.
So, the idea is to add a mezzanine with LTC6820, LVDS transceivers, isolation transformers and SPE connectors.
Is integrating the power supply and isolated digital signals in one M10 connector a good idea?
Alternatively, we could replace M10 with RJ45 connectors and use standard Ethernet cables for power supply and communication.
RJ50(10P10C) could also be a good option to avoid plugging Ethernet or LVDS cable into a 15V supply.
The text was updated successfully, but these errors were encountered:
We must build several custom front-ends for photonic sensors, like superconducting nanowire detectors for space-to-ground QKD.
The idea is to reuse this board and add 3 ISO-SPI transceivers and DIOT support.
In this way, with a single AUX_PSU module and primitive AFE boards (just SPI ADC/DAC), we can build a complex system with minimal HW RnD.
So, the idea is to add a mezzanine with LTC6820, LVDS transceivers, isolation transformers and SPE connectors.
Is integrating the power supply and isolated digital signals in one M10 connector a good idea?
Alternatively, we could replace M10 with RJ45 connectors and use standard Ethernet cables for power supply and communication.
RJ50(10P10C) could also be a good option to avoid plugging Ethernet or LVDS cable into a 15V supply.
The text was updated successfully, but these errors were encountered: