Difference between revisions of "HackLab.TO Timing Reference A"
From Hackstrich
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== GPS Module Status == | == GPS Module Status == | ||
+ | * 2013-10-14: Main board sent to OSH Park for prototype. Display board will be done later. | ||
* 2013-05-16: Main board checklisted, ready for CAM. Display board schematicized, routed. Needs to have mechanical design done and be checklisted. | * 2013-05-16: Main board checklisted, ready for CAM. Display board schematicized, routed. Needs to have mechanical design done and be checklisted. | ||
* 2013-05-15: Main board completely laid out, just needs checklist run. | * 2013-05-15: Main board completely laid out, just needs checklist run. |
Revision as of 21:58, 14 October 2013
This is the main timing reference for HackLab.TO (and tick.hacklab.to).
Project Overview
- Built into an American Data 800-series chassis (3U, 10 modules each with line voltage on an edge connector + space for a connector to the back panel)
- Chassis came with 10 AD805 distribution amplifiers (1 BNC in, 1 daisychain out, 6 amplified outputs)
- Will replace as many as required with other timing-related modules, remaining ones will be used to distribute timing references around
GPS Module
- Will take up 2 slots
- Motorola OnCore UT timing receiver
- 7-segment LED displays for:
- UTC Time (6 digits, red)
- Number of SVs in view (2 digits, green)
- LEDs
- Power (green)
- Comms (white)
- GPS Fix (blue)
- Replace Battery (yellow)
- Fault (red)
GPS Module Status
- 2013-10-14: Main board sent to OSH Park for prototype. Display board will be done later.
- 2013-05-16: Main board checklisted, ready for CAM. Display board schematicized, routed. Needs to have mechanical design done and be checklisted.
- 2013-05-15: Main board completely laid out, just needs checklist run.
- 2013-05-13: Chassis is here now and has no PSU, just line voltage going to the cards. Redesigned the module to have a main board (which has the AC/DC converter and most logic on it) and a display board (which has the LED driver and displays on it, and goes on the front panel). Main board is schematicized and 50% laid out now.
- 2013-Early: Designed the module to go on the back of the front panel.