Specificatii
Produsul este nou!
Produsul este
la fel cu cel prezentat in fotografii!
Descriere în limba engleză:
ESP32-C3 hardware
relationship
The core board YD-ESP32-C3 uses the
ESP32-C3-MINI-1-N4 module (external expansion of 4M Flash), which
ensures a stable and excellent user experience. ESP32-C3 Secure,
Low-Power, Low-Cost RISC-V MCUs2.4 GHz Wi-Fi and Bluetooth 5 (LE)
support Meet the functional requirements of various common IoT
products
Module Model
|
Built-in chip model
|
Built-in SRAM
|
Built-in ROM
|
External Flash
|
ESP32-C3-MINI-1
|
ESP32-C3FN4
|
400KB
|
384KB
|
4MB
|
The link core board uses ESP32-C3FN4
chip and built-in ESP32-C3-MINI module with 4 MB
flash.ESP32-C3-MINI-1is a general-purpose Wi-Fi and Bluetooth low
energy (Bluetooth LE) module with small size and rich peripheral
interfaces, which can be used in smart home, industrial automation,
medical electronics and other fields. ABOUT THE ADVANTAGES OF USING
ESP32-C3 CHIP ESP32-C3 is not very mysterious. It is good to use it
as a microcontroller with wifi and bluetooth functions. Most
applications do not use wifi and bluetooth. ARM type MCU, The
following is the main performance comparison between ESP32-C3 and
STM32F103C8T6. STM32F103CC8T6 And EPS32-C3 Main Performance
Comparison
ESP32C3MINI1-N4 Built-in ESP32-C3FN4
chip, RISC-V 32-bit single-core microprocessor, main frequency up
to 160 MHz 384KB ROM 400 KB SRAM (16 KB of which is dedicated to
cache) 8KB RTC SRAM Small form-factor module supporting 2.4 GHz
WiFi (802.11 b/g/n) and Bluetooth ® 5 Built-in chip stacking 4 MB
flash 15 GPIOs Onboard PCB Antenna ESP32-C3 HARDWARE
RESOURCES
WIFI Support IEEE 802.11 blg/n protocol
Support 20 MHz and 40 MH bandwidth in 2.4 GHz band. Supports 1T1R
mode with data rates up to 150 Mbps Wireless Multimedia (WMM) Frame
aggregation(TX/RXA-MPDU,TX/RXA-MSDU) Immediate Block ACK
Fragmentation and defragmentation Transmit opportunity (TXOP)
Beacon automatic monitoring (hardware TSF) 4 x virtual Wi-Fi ports
Supports Infrastructure BSS Station mode, SoftAP mode,
Station+SoftAP mode and Promiscuous mode at the same time (please
note that when ESP32-C3 series chips scan in Station mode the
SoftAP channel will change at the same time) Antenna diversity
802.11 mc FTM Support for external power amplifier BLUETOOTH
Bluetooth Low Energy (Bluetooth LE): Bluetooth 5, Bluetoothmesh
High Power Mode(18 dBm) Rates support 125 Kbps, 500Kbps,1Mbps,2
Mbps Advertising Extensions Multiple Advertisement Sets Channel
Selection Algorithm #2 Wi-Fi and Bluetooth coexist and share the
same antenna
CPU AND STORAGE 32-bit RISC-V
single-core processor up to 160 MHz CoreMark ® Score: Single core
160 MHz: 407.22 CoreMark; 2.55 CoreMark/MHz 384KB ROM 400 KB SRAM
(of which 16 KB is dedicated to cache) 8 KB RTC SRAM Embedded flash
SPI, Dual SPI, Quad SPI QPI interface to connect multiple flashes
Speed up flash access through cache Supports flash in-circuit
programming (ICP) ADVANCED PERIPHERAL INTERFACES AND SENSORS 22 x
GPIO ports Digital interface -3x SPI -2x UART -1xI2C -1xI2S
-Infrared transceiver, 2 transmit channels and 2 receive channels
-LED PWM controller, up to 6 channels -Full-speed USB serial/JTAG
controller -General purpose DMA controller (GDMA for short), 3
receive channels and 3 transmit channels -1xTWAl ® controller,
compatible with ISO11898-1(CAN specification 2.0) Analog interface
-2 x 12-bit SAR A/D converters, up to 6 channels -1 x temperature
sensor Timer -2 x 54-bit general purpose timer -3 x watchdog timers
-1 x 52-bit system timer
LOW POWER MANAGEMENT
Power management unit, four power consumption modes
SECURITY MECHANISM
Secure Boot
Flash encryption
4096-bit OTP, up to 1792-bit available
Cryptographic hardware accelerators: AES-128/256 (FIPS PUB 197)
Access rights management
SHA accelerator (FIPS PUB 180-4)
RSA Accelerator
Random number generator (RNG)
HMAC
Digital signature
Core board hardware
introduction
Instructions for using the USB
cable
The on-board USB port of the YD-ESP32-C3 core board is a
Type-C interface.
Can communicate with computer, power
supply.
The cable can be used: USBA type to Type-C cable or CC
cable.
Pay attention to distinguish the commonly used USB A
port to Type-C cable that can only be charged. This cable cannot be
used for communication between YD-RP2040 and the host.
About how to program ESP32-C3
Compared with traditional MCUs, such as STM32, the
performance of ESP32-C3 series is much stronger. Whether it is
operating frequency or FLASH size, it is one level higher. It also
has wifi and bluetooth functions, which is very suitable for
Internet of Things applications. wifi and bluetooth functions are
also very nice to use as MCU. The key is the affordable price,
especially ESP32-C3 is more friendly in price. The development of
ESP32-C3 programs can be developed according to the official
detailed IDF method. If you think the official IDF is too
cumbersome, you can use python programming or Arduino programming,
the premise is that you need to download the corresponding
firmware, and then run the user application.
Summary
The more popular programming methods at this stage IDF C
Language Programming
Python Programming
For Arduino Programming
ESP32-S3 programming with IDF
ESP-IDF is an loT development framework that provides
toolchain, API, components and workflow support for developing
ESP32-C3 applications on Windows, Linux and macOS system
platforms.
ESP32-C3 uses python IDE software
ESP32-C3 can use Micropython for Python language programming
control, IDE recommends to use MIT authorized Thonny software
developed by the University of Estonia.
ESP32-C3 uses for Arduino IDE
software
Informații despre transport:
Se expediază în toată țara prin curierat rapid fără limită de kilometri
în sistem ramburs.
Dacă aveți nelămuriri sau întrebări vă rog nu ezitați să ne
sunați sau să ne scrieți.