The 16MB flash chip need some special settings when flashing:
esptool.py -p /dev/cu.usbserial-1412440 \
-c esp8266 -b 460800 write_flash -fm dio \
--flash_size=16MB \
0x0000 ~/Downloads/ESP8266_GENERIC-20240222-v1.22.2.bin \
0xffc000 ~/esp/esp-idf/components/esptool_py/esptool/test/images/esp8266_sdk/esp_init_data_default.bin
I created the following alias to download the footprints:
# ~/.zshrc
alias jlc='JLC2KiCadLib -dir lib -symbol_lib jlc_symbols -symbol_lib_dir "." -footprint_lib jlc_footprints.pretty'
So I can for example run jlc C123455 to download both the symbol and the footprint for a given component.
jlc C77967 --no_symbol # ESP8266EX chip
jlc C505111 --no_symbol # Micro USB adapter
jlc C7464026 --no_symbol # USB2UART chip
jlc C160390 # I2C connector
jlc C82227 # Temperature and humidity sensor
jlc C2922787 # SK6812 Neopixel
jlc C51118 # 3V3 AP2112K voltage regulator
jlc C62892 # NPN transistor array
jlc C318884 # Tactile switches
jlc C424093 # Battery management IC
jlc C97521 # flash chip (alternative: C5127618)
jlc C295747 # JST battery connector
jlc C963206 # slide switch
jlc C15127 # FET for switching between VUSB and VBAT
jlc C155590 # Zener Diode D3
jlc C22975 # 2k R4
jlc C19666 # 4.7uF
jlc C25804 # 10k
jlc C155590 # Shottkydiode D3
jlc C15127 # p channel mosfet
jlc C15849 # 1uF
jlc C23630 # 2.2uF
jlc C19702 # 10uF
jlc C14663 # 100nF
jlc C255886 # 26Mhz oscilator
jlc C1634 # 10pF
jlc C22790 # 12k
jlc C8218 # 200 Ohm
jlc C519111 # 5.6pF
- I used the wonderful JLC2KiCadLib to get the footprints from the JLC components.