Power Circuit Design

Objective
Report-only verification that the Bottom GND polygon exists and behaves correctly. Do not modify the design.
Scope (STRICT, NO EDITS)
  • Do NOT create, move, or edit any object.
  • Do NOT start routing or place polygons/zones.
  • REPORT ONLY.
Tasks
  1. Polygons inventory
    • List all polygons/fills with: • Layer • Net • Approx. area (if available)
    • Confirm there is at least one polygon on Bottom layer tied to GND.
  2. Connectivity spot-check (report-only)
    • For these GND pads, report whether they have thermal/solid connections to the Bottom GND polygon: • J24V_IN:GND • D1 (TVS):GND • U1 (buck): GND pad • U2 (3.3 V LDO): GND/EP • J_SDCARD: shield GND
    • If thermal spokes cannot be programmatically detected, state “unable to auto-detect” and just report whether the GND polygon touches those pads.
  3. Targeted DRC (categories only; no edits)
    • Run/check these categories and summarize counts: • Floating/Isolated copper (islands) • Overlapping fills / polygon overlaps • Protected intrusions (keep-out violations) • Clearance violations (global)
    • If any violations remain, list each with: • Category • Object(s) • Coordinates or reference • One-line hint on what to adjust manually
  4. Crystal keep-out confirmation
    • Report if any keep-out rules/zones are present around the crystal loop (Y1, C15, C16).
    • If present, confirm the Bottom GND polygon is not filling inside that keep-out.
  5. Suggested GND stitching via spots (TEXT-ONLY)
    • Suggest 3–6 coordinates or reference-near spots where stitching vias would most help (buck GND loop, TVS/J24V_IN GND, LDO GND/EP, SD shield corners).
    • Do not place vias; suggestions only.
Output format
Return a concise checklist:
  • Polygons found (layer/net/area)
  • GND polygon on Bottom: YES/NO
  • GND contact at key pads: per pad YES/NO (or “undetected”)
  • DRC summary: counts per category + short list of remaining items
  • Crystal keep-out: present YES/NO; fill inside keep-out YES/NO
  • Suggested stitching via spots: bullet list (text-only)
Important
This is a verification pass. DO NOT queue actions or start long plans. If any step is unsupported by the API, say so and continue with the rest.
Thought for 1 min 22 sec
Accessing knowledge.
U2 OUT - C8 P1
U2 OUT - C8 P1
U3 PH1 - JUART2 3
U2 OUT - C8 P1
RY P2 - Y1 1
J_DI 2 - U4 ~
JICSP 1 - U3 PB3
U1 SW - L1 P1
J_DI 4 - U4 ~
J_SDCARD P5 - U3 PB1
U2 OUT - C8 P1
J_SDCARD P3 - U3 PB2
U3 PA2 - R13 P1
U3 PA3 - R14 P1
U1 SW - L1 P1
U1 SW - L1 P1
U3 XTAL2 - Y1 2
U1 SW - L1 P1
J24V_IN 1 - D1 1
JICSP 1 - U3 PB3
U1 SW - L1 P1
U3 PE1 - JUART1 3
U1 SW - L1 P1
U3 PH0 - JUART2 4
U1 SW - L1 P1
U2 OUT - C8 P1
U1 SW - L1 P1
U1 SW - L1 P1
U3 XTAL2 - Y1 2
U1 SW - L1 P1
U1 SW - L1 P1
U2 OUT - C8 P1
U1 SW - L1 P1
U3 PB0 - U_SDLS 3A
U1 SW - L1 P1
U1 SW - L1 P1
U2 OUT - C8 P1
U2 OUT - C8 P1
U1 SW - L1 P1
U1 SW - L1 P1
JICSP 1 - U3 PB3
U3 PB2 - U_SDLS 2A
U1 SW - L1 P1
U2 OUT - C8 P1
U3 PA1 - R12 P1
U1 SW - L1 P1
U1 SW - L1 P1
U1 SW - L1 P1
J_DI 2 - U4 ~
U1 SW - L1 P1
J_DI 4 - U4 ~
U3 PA2 - R13 P1
U1 SW - L1 P1
U1 SW - L1 P1
U1 SW - L1 P1
RY P2 - Y1 1
U3 PA3 - R14 P1
U1 SW - L1 P1
U3 PA0 - R11 P1
J_DI 2 - U4 ~
U3 PB1 - U_SDLS 1A
U3 PB1 - U_SDLS 1A
U1 SW - L1 P1
U3 PA1 - R12 P1
U1 SW - L1 P1
U3 PA0 - R11 P1
U1 SW - L1 P1
U3 PE0 - JUART1 4
U1 SW - L1 P1
U3 PB2 - U_SDLS 2A
C14
Capacitance
Capacitance
C4
Capacitance
Capacitance
C11
Capacitance
Capacitance
R15
Resistance
500 Ω
TP5
C16
Capacitance
18pF
TP_GND
R20
Resistance
500 Ω
R_MISO
Resistance
22 Ω
C20
Capacitance
Capacitance
R14
Resistance
500 Ω
TP_DO3
C7
Capacitance
Capacitance
C5
Capacitance
Capacitance
C18
Capacitance
Capacitance
TP_DO2
R11
Resistance
500 Ω
C9
Capacitance
Capacitance
R19
Resistance
500 Ω
R16
Resistance
500 Ω
TP_DO1
R18
Resistance
500 Ω
TP_5V
C3
Capacitance
Capacitance
R12
Resistance
500 Ω
C8
Capacitance
Capacitance
R10
Resistance
500 Ω
R_MOSI
Resistance
22 Ω
R13
Resistance
500 Ω
C19
Capacitance
Capacitance
TP1
R21
Resistance
500 Ω
R_XTAL
Resistance
DNP Ω
R17
Resistance
500 Ω
C15
Capacitance
18pF
TP_3V3
C6
Capacitance
Capacitance
TP_DO4
C12
Capacitance
Capacitance
TP_SSR1
R_SCK
Resistance
22 Ω
TP2
TP_SD_CD
P1
Resistance
10kΩ
TP4
TP_V24
TP3
C10
Capacitance
Capacitance
R_CS
Resistance
22 Ω
R22
Resistance
500 Ω
C13
Capacitance
Capacitance
TP_SSR2
U2
U2
J_PRINTER
L2
Inductance
Inductance
GND
L1
Inductance
Inductance
J_NEXTION
U1
JICSP
U4


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Nextion HMI & Thermal Printer UART Integration with Enhanced microSD SPI Interface, ESD Protection, and LP3982-Regulated 3.3V Power Rail

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