ESP32S3 USBC Sensor PCB

Worked for 13 sec
Thought for 18 sec — Choosing components for low-power MCU
Found 3 results for Find Flux library USB input eFuse or protection switch IC for 5 V USB-C sink with adjustable/current limit around 0.75 to 1 A, overvoltage protection threshold above normal USB 5.25 V and below 9 V, undervoltage lockout, reverse current blocking, soft-start/inrush control, active SMD part. Prefer TI TPS2595 TPS2596 TPS2594 AP2265 AP22802 style eFuse..
Found 10 results for TPS2595.
Found 10 results for TPS2596.
Found 2 results for AP22652.
Found 4 results for NCP361.
Thought for 19 sec
Thought for 16 sec
Opening 7 datasheets.
  • pinout power supply pins ground pins reset enable boot progr...
  • pinout VDD GND SDA SCL I2C address recommended operating cir...
  • USB-C receptacle pinout VBUS GND CC1 CC2 D+ D- shield shell ...
  • TPS259621 pin functions VIN VOUT EN UVLO OVLO ILIM dVdt FLT ...
  • MP28301 pinout VIN SW PGND AGND FB EN MODE VOUT LDO recommen...
  • USBLC6-2SC6 pinout USB data line ESD protection connection D...
  • ESD5341N pinout VBUS TVS ESD protection connection anode cat...
A

abderrahman17

I want a PCB based on an esp32s3 where it uses the USB OCD and protection against tvs and all and I can power with 5V

flux

No project changes have been made yet; the project remains empty with 0 components and 0 nets.
Remaining work:
  • Select the ESP32-S3 variant/module and digital temperature/humidity sensor.
  • Design USB-C 5 V input, native USB-JTAG/Serial (“USB OCD”), CC resistors, ESD/TVS, fuse/current limiting, reverse-current protection, and OVP/UVLO.
  • Add the 3.3 V supply, boot/reset/programming circuitry, decoupling, antenna keepout, and test points.
  • Capture and verify the schematic, then place and route the PCB.
Execution is currently unavailable because the account has no available ACUs.
Choose ESP32-S3 module
Add protected USB-C power
Choose environmental sensor
Document board requirements
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