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updated the TODO list

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Hamza Tamim 2025-04-26 16:06:39 +02:00
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README.md
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@ -4,26 +4,48 @@ TeX source file for ESF and scrutineering
# ESF 2.0 TODOs
- [ ] BSPD
- [x] Schematic
- [ ] Better Formulation
- [x] Schematicc
- [ ] Datasheet of used TS current sensor
- [ ] Detailed schematic including all remote circuitry (e.g. brake pedal, current sensing).
- [ ] Provide an explanation of SCS signal implementation, failure mode and effect analysis per T11.9.2.
- [ ] Provide latching capability explanation/simulation.
- [ ] Step-by-step walkthrough of the technical inspection BSPD test procedure.
- [ ] SDC
- [ ] Current consumption
- [ ] Please give information about the additional parts consumption and add your used powerstages (MOSFETs and/or relays) used in your shutdown circuit.
- [ ] AMS & IMD Latching
- [ ] Inertia Switch
- [ ] Top-level schematics with all switching elements.
- [ ] Provide latching capability explanation/simulation (AMS and IMD).
- [ ] Current consumption
- [ ] Describe overcurrent protection
- [ ] TSAL
- [ ] Detailed TSAL schematic, including all remote circuitry (DC-link and TSAC output
- [ ] TS Accumulator
- [ ] Accumulator TSAL
- [ ] Accumulator TSAL - Voltage detection
- [ ] Accumulator TSAL - Relay state detection
- [ ] Dashboard
- [ ] TSAL driver board and DC-link voltage detection
- [ ] Vehicle TS Schematic
- [ ] Accumulator TSAL
- [ ] Accumulator TSAL - Voltage detection
- [ ] Accumulator TSAL - Relay state detection
- [ ] Dashboard
- [ ] (DC) Vehicle Side Voltage Detection
- [ ] TSAL driver board and DC-link voltage detection
- [ ] Vehicle TS Schematic voltage measurement, AIR and precharge relay state detection, red and green TSAL circuitry).
- [ ] Provide latching capability explanation/simulation.
- [ ] Provide an explanation of SCS signal implementation, failure mode and effect analysis per T11.9.2
- [ ] TS Discharge Circuit
- [ ] Schematic
- [ ] Relay/MOSFET (or equivalent) datasheet
- [ ] Resistor (or equivalent) datasheet
- [ ] High-level schematic of the discharge circuitry, highlighting components in the discharge power path (e.g. DC-link capacitors and their connection, switching devices, and resistors).
- [ ] Proof that all components in the discharge power path can permanently handle maximum TS potential (calculations/simulations, component mounting method if necessary).
Each document must be a standalone, searchable PDF named in the format: E###_TeamName_ESF_DocType.pdf
Categories for FS Czech ESF Addendum are BSPD, SDC, TSAL and Discharge.
- Documents must be submitted via the FS Czech Portal by 13:00 CEST, May 9th, 2025.
Teams will receive a notification once their document has passed the review or if any changes are required.
We will prioritize first-time submissions and cannot guarantee timely reviews for resubmissions.
- Each category must be submitted as a standalone PDF named in the following format: E###_TeamName_ESF_DocType.pdf (where ### is the car number and DocType is one of BSPD, SDC, TSAL, or Discharge).
- General rules:
- Searchable document with part numbers included (except for non-critical low-voltage and low-power passive components - where component values are sufficient).
- Short introduction to the circuitry, top-level schematic if needed for clarity.
- Clear signal mapping, especially if the circuitry spans multiple PCBs / car locations.
- Any used abbreviations (except those used in current Formula Student Rules) have to be explained.
- If needed, include links to publicly hosted datasheets (preferred over attaching files).