ESP32-C3 LUATOS LUA Tools Micropython Development Boards © androegg
ESP32-C3 LUATOS Development Display Extension Board © androegg
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ESP32-C3 LUATOS LUA Tools Boards wie folgt verfügbar:
- 1 Stück ESP32-C3 LUATOS CH343 USB TTL Entwicklerboard, inkl. 2 Stück Pinleisten
- 1 Stück ESP32-C3 LUATOS Entwicklerboard, inkl. 2 Stück Pinleisten
- 1 Stück IPS80x160 weisses Display Board Erweiterung, , inkl. 2 Stück Stecksockel
Die ESP32 LUATOS LUA Tools Entwicklerboard basieren auf dem ESP32 C3 Core von Esspressif in Kombination mit 4MB Quad SPI Flash. Das ESP32 LUATOS Enwticklerboard ist dabei
- mit integriertem CH343 USB TTL Konverter
sowie
zur direkten Verwendung der LuatIDE
- ohne USB TTL Konverter, zum Betrieb mite einem externen USB TTL Konverter, typischerweise zur Verwendung von Luatools (keine Unterstützung der LuatIDE)
verfügbar.
ESP32-C3 Lua Micropython Entwicklerboard
Die generelle Spannungsversorgung erfolgt dabei über eine integrierte USB-C Schnittstelle.
Das ESP32-C3 LUATOS LUA Tools Entwicklerboard unterstützt
- 802.11 b/g/n Standard
- HT40 WLan Transceiver
- Bluetooth bis 4.2
- Takfrequenz 160MHz
- SRAM 512kBytes
- 4MB 32Mbit SPI Flash
- 32 Pin
- unterstützte Schnittstellen
SPI SD Karte,
UART,
SPI,
SDIO,
I2C,
LED PWM,
Motor PWM,
I2S,
IR,
pulse counter,
GPIO, capacitive touch sensor,
ADC 12-bit,
DAC,
Two-Wire Automotive Interface (TWAI®), compatible with ISO11898-1 (CAN Specification 2.0)
ESP32-C3 Display Erweiterung
Passend für für die ESP32 LUATOS LUA Tools Entwicklerboards ist das IPS80x160 0,96 inch Display Erweiterungsboard verfügbar. Das IPS80x160 Display Board verfügt über:
- integrierten ST7735S Treiber IC
- Joystick Button zur Benutzereingabe
- passende Stecksockel für ESP32 LUATOS
Entwicklerboards
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ESP32-C3 LUATOS LUA Tools boards available
- 1 pcs. ESP32-C3 LUATOS CH343 USB TTL Development Board, incl. 2pcs. Pinheader
- 1 pcs. ESP32-C3 LUATOS Development Board, incl. 2pcs. Pinheader
- 1pcs. IPS80x160 white Display Extension Board, incl. 2pcs. Pinsocket
TheESP32 LUATOS LUA Tools are based on ESP32 C3 from Esspressif in combination with a 4MB Quad SPI Flash. The ESP32 LUATOS Development Board is available
- with integrated CH343 USB TTL Converter, supports direct use of LautIDE
- without USB TTL Converter for external USB TTL Converter, LuatIDE not supported
ESP32-C3 Lua Micropython development boarD
The 5V main power supply is supported thru USB-C Socket.
The ESP32-C3 LUATOS LUA Tools Boards supports
- 802.11 b/g/n Standard
- HT40 WLan Transceiver
- Bluetooth up to 4.2
- Frequency 160MHz
- SRAM 512kBytes
- 4MB 32Mbit SPI Flash
- 32 Pin
- supported Interfaces
SPI SD Karte,
UART,
SPI,
SDIO,
I2C,
LED PWM,
Motor PWM,
I2S,
IR,
pulse counter,
GPIO, capacitive touch sensor,
ADC 12-bit,
DAC,
Two-Wire Automotive Interface (TWAI®), compatible with ISO11898-1 (CAN Specification 2.0)
ESP32-C3 Display Extension
The 0.96 inch IPS80x160 provides:
- integrated ST7735S Driver IC
- Joystick Button for User input
- Pinsockets for ESP32 LUATOS
Development Boards |
- small form factor
- 5V Power Supply thru USB-C Connector
- 2 Versions available
- with CH343 USB TTL Converter on board
- without TTO Converter
- CPU / MPU:
Frequency: up to 240 MHz. based on Tensilica LX6 microcontroller with 600 DMIPS
up to 600 DMIPS448 KByte ROM size
520 KByte SRAM size
- 4MB Quad SPI Flash:
Flash memory: 32Mbit
clock frequency: 75 MHz.
Page program: up to 256 bytes in 0.64ms (TYP) Sector erase: 512Kb in 0.6s
Bulk erase: 17 – 23 s
Hardware write protection: protected area size defined by nonvolatile bits BP0, BP1, BP2
Deep power-down: 1μA (TYP)
Write Cycles: > 100,000 write cycles per sector Data retention: > 20 Years
- 802.11 b/g/n/e/i protocol
- supports Wi-Fi Direct (P2P)
- soft-AP Integrated TCP/IP protocol stack
- 802.11 n (2.4 GHz), up to 150 Mbps
- 802.11 e: QoS for wireless multimedia technology
- Block ACK
- Fragmentation and defragmentation
- Automatic Beacon monitoring/scanning
- 802.11 i security features: pre-authentication and TSN
- Wi-Fi Protected Access (WPA)/WPA2/WPA2-Enterprise/Wi-Fi Protected Setup (WPS)
- Infrastructure BSS Station mode/SoftAP mode Wi-Fi Direct (P2P), P2P Discovery, P2P Group Owner mode and P2P Power Management
- UMA compliant and certified
- Antenna diversity and selection
- Compliant with Bluetooth v4.2 BR/EDR and BLE specification
- deep sleep current of < 2.5uA
- Class-1, class-2 and class-3 transmitter without external power amplifier
- Enhanced power control
- +10 dBm transmitting power
- NZIF receiver with -98 dBm sensitivity
- Adaptive Frequency Hopping (AFH)
- Standard HCI based on SDIO/SPI/UART
- High speed UART HCI, up to 4 Mbps
- BT 4.2 controller and host stack
- Service Discover Protocol (SDP)
- General Access Profile (GAP)
- Security Manage Protocol (SMP)
- Bluetooth Low Energy (BLE)
- ATT/GATT
- HID
- All GATT-based profile supported
- SPP-Like GATT-based profile
- BLE Beacon
- A2DP/AVRCP/SPP, HSP/HFP, RFCOMM
- CVSD and SBC for audio codec
- Bluetooth Piconet and Scatternet
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Pin description
Numbering |
name |
Default function after reset |
Multiplexing function |
power domain |
Up and down ability |
32 |
GND |
ground |
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31 |
5V |
5V power interface, connected to VBUS of USB |
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30 |
BOOT |
GPIO09, input |
BOOTMODE |
VDD3P3_CPU |
UP/DOWN |
29 |
IO08 |
GPIO08, input, output, high impedance |
PWM04 |
VDD3P3_CPU |
UP/DOWN |
28 |
IO04 |
GPIO04, input, output, high impedance |
I2C_SDA/ADC_4 |
VDD3P3_RTC |
UP/DOWN |
27 |
IO05 |
GPIO05, input, output, high impedance |
I2C_SCL/ADC_5 |
VDD3P3_RTC |
UP/DOWN |
26 |
3.3V |
Chip power supply, 3.3V |
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25 |
GND |
ground |
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twenty four |
PB_11 |
GPIO11, input, output, high impedance |
VDD_SPI |
VDD3P3_CPU |
UP/DOWN |
twenty three |
IO07 |
GPIO07, input, output, high impedance |
SPI0_CS |
VDD3P3_CPU |
UP/DOWN |
twenty two |
IO06 |
GPIO06, input, output, high impedance |
PWM01 |
VDD3P3_CPU |
UP/DOWN |
twenty one |
IO10 |
GPIO10, input, output, high impedance |
PWM03/SPI0_MISO |
VDD3P3_CPU |
UP/DOWN |
20 |
IO03 |
GPIO03, input, output, high impedance |
SPI0_MOSI/ADC_3 |
VDD3P3_RTC |
UP/DOWN |
19 |
IO02 |
GPIO02, input, output, high impedance |
PWM02/SPI0_CK/ADC_2 |
VDD3P3_CPU |
UP/DOWN |
18 |
3.3V |
Chip power supply, 3.3V |
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17 |
GND |
ground |
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16 |
5V |
5V power interface, connected to VBUS of USB |
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15 |
PWB |
Chip 3.3V power supply control, active high level, can be left floating if not needed |
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14 |
GND |
ground |
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13 |
3.3V |
Chip power supply, 3.3V |
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12 |
RESET |
Chip reset |
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VDD3P3_RTC |
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11 |
NC |
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10 |
IO13 |
GPIO13, input, output, high impedance |
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VDD3P3_CPU |
UP/DOWN |
09 |
U0_RX |
GPIO20, input, output, high impedance |
UART0_RX |
VDD3P3_CPU |
UP/DOWN |
08 |
U0_TX |
GPIO21, input, output, high impedance |
UART0_TX |
VDD3P3_CPU |
UP/DOWN |
07 |
GND |
ground |
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06 |
IO19 |
GPIO19, input, output, high impedance |
USB_D+ |
VDD3P3_CPU |
UP/DOWN |
05 |
IO18 |
GPIO18, input, output, high impedance |
USB_D- |
VDD3P3_CPU |
UP/DOWN |
04 |
IO12 |
GPIO12, input, output, high impedance |
SPIHD |
VDD3P3_CPU |
UP/DOWN |
03 |
IO01 |
GPIO1, input, output, high impedance |
UART1_RX/ADC_1 |
VDD3P3_CPU |
UP/DOWN |
02 |
IO00 |
GPIO0, input, output, high impedance |
UART1_TX/ADC_0 |
VDD3P3_CPU |
UP/DOWN |
01 |
GND |
ground |
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