USB Multi-Rail LDO Design
Thought
Work done
- Built the multi-rail LDO schematic blocks and nets: J1 as 2-pin +5V input, U1 TLV70033, U2 TLV70018, and 1 uF input/output caps C1 - C6 wired to +5V_USB / rails / GND.
- Labeled rails as +5V_USB, +3V3, +1V8, +1V1, and GND.
Success criteria review
- ✅ Includes the 2-pin power connector, two TLV700xx regulators, and 1 uF input/output capacitors per regulator.
- ✅ All required nets are labeled (+5V_USB, +3V3, +1V8, +1V1, GND).
- ❌ Cannot place the required TLV70011 SOT-23-5 as U3: the library search for "TLV70011" returns only TLV7011 comparator variants, not the TLV70011 LDO.
Next steps
I can finish this as soon as we have a valid TLV70011 LDO part in the library (or you provide a specific part UID/MPN that exists there). Want me to:
- Use an approved alternative 1.1 V fixed SOT-23-5 LDO you choose, or
- Keep the schematic as-is and wait until TLV70011 becomes available?
you you do the pcb layout and routing?
Thought for 1 min 26 sec
Short answer: I can’t directly place components or route traces for you in Flux. Component placement, starting/stopping Auto-Layout, and manual routing are human-only actions.
What I can do for you:
- Prepare the PCB: add/replace parts, make net connections, sync schematic-to-PCB, and change the board size.
- Verify: check footprints, net names, and run reviews. DRC runs continuously and is shown in the Review tab.
- Guide: recommend layout rules, placement order, and routing strategy.
If you want, I can get the PCB ready (parts, nets, board size) so you can run Auto-Layout and finish routing.
Ask placement guidance
Set board outline
Find footprints
Review decoupling
Routing strategy check
