RF Energy Harvesting BLE PCB Design

Work done
  • Fixed SMA grounding: connected J1 shield pads (pins 2/3) to GND.
  • Standardized the PMU output rail naming: renamed the previous Net 1 to VOUT so the regulated rail is explicit for module VDD mapping.
  • Confirmed the target module is not available in the Flux library and submitted a missing-part request for ISC-nRF52810-A (castellated footprint + antenna keepout).
Success criteria review
  • ❌ The ISC-nRF52810-A module did not replace U2 because the required module part (symbol + castellated footprint) is not present in the Flux parts library, and I cannot create/import new parts.
  • ❌ Cannot place the module at the PCB edge or create the antenna no-copper/no-via keep-out without the module footprint and keepout definition.
  • ❌ Cannot reach “ERC/DRC pass with unchanged rest of PCB layout” for the requested module swap until the correct module part exists.
Next steps
  • Provide a Flux library link/partUid for ISC-nRF52810-A (or a vendor CAD library file that can be imported once import is available). Once the part exists, I can:
    • Replace U2 and reconnect VDD -> VOUT_SW, GND -> GND, SWDIO/SWDCLK/RESET -> conn1.
    • Then guide you to place it at the board edge (antenna outward) and enforce a >= 6 mm antenna keep-out, while keeping the rest of the layout unchanged.
U1 BOOST - L1 P2
U1 SWBUCK - L2 P1
U1 SWBOOST - L1 P1
U1


Then Scarlet TV Glasses thumbnail
RF energy-harvesting powered BLE (AEM10941 + supercap + nRF52810)

Properties

Diagram


SMA Edge Mount RF_IN node_50ohm microstrip SMS7630 Schottky RECT_DC AEM10941 PMU VSTOR Supercapacitor 0.33F VOUT regulated nRF52810 Module SWD Pads Status LED GND Plane

Pricing & Availability

Distributor

Qty 1

Arrow

$503.40–$506.21

Digi-Key

$10.73–$13.66

LCSC

$9.41

Mouser

$17.42

TME

$7.25

Verical

$12.74–$67.10

Controls