Board Name:ATYA TECH PVT LTD ARD_WIFI-V.1


ABSTRACT:


ARD_WIFI-V.1 is an open-source platform used for building electronics projects. ARD_WIFI-V.1 consists of a physical programmable circuit board (often called a microcontroller) and a piece of software, or IDE (Integrated Development Environment) that runs on your computer, used to write and upload computer code to the physical board.


The ARD_WIFI-V.1 platform has become quite popular with people just starting with electronics, and for good reason. Unlike most previous programmable circuit boards, the ARD_WIFI-V.1 does not need a separate piece of hardware (a programmer) to load new code onto the board -- you can use a USB cable. Additionally, the Arduino IDE uses a simplified version of C++, making it easier to learn to program. Finally, ARD_WIFI-V.1 provides a standard form factor that breaks out the functions of the microcontroller into a more accessible package.


Keywords:Customized Board with Wi-Fi Integration, ESP8266 (ESP12E), IoT Applications, Wireless Communication, Smart Devices, Embedded Systems, Home Automation, Environmental Monitoring, Industrial Control.


Protester

FEATURES:


1. Microcontroller: ATMEGAA4809.

2. Digital I/O Pins: 14 (6 Provide PWM Output).

3. Analog Input Pins: 6.

4. DC Current per I/O Pin: 20mA.

5. DC Current for 3.3V Pin: 50mA.

6. Flash Memory: 32 KB (ATMEGAA4809).

7. SRAM: 2 KB (ATMEGAA4809).

8. EEPROM: 1024 Bytes (ATMEGAA4809).

9. Clock Speed: 16MHz.

10. Dimensions: 143.25mm x 92.50mm.

11. Weight: 120gms.


SPECIFICATIONS:


1. Microcontroller: ATMEGA328P.

2. IC Wi-Fi: ESP8266 (ESP12E).

3. USB-TTL converter: FTDI232.

4. Power Out: 5 Volt 800 mA.

5. Power In: 5 Volt (500 mA max).

6. Power In: VIN/DC Jack: 9-24 Volts (1A mA).

7. Power Consumption: 5 Volts 800mA.

8. Logic Level: 5 Volt.

9. Wi-Fi: Wi-Fi 802.11 b/g/n, 2.4GHz-2.5GHz (2400M-2483.5M).

10. USB: Mini USB.

11. Clock Frequency: 16MHz For ATMEGA328P.

12. Clock Frequency: 80MHz / 160MHz.

13. Compatible with ATMEGA328P modules and sensors.

14. Operating Voltage: 5V.

15. Digital I/O: 14.

16. Analog I/O: 6.

17. Memory size: 32Mb.

18. Interface Type: Serial IOTA.

19. Operating temperature: -40C°/+125C°.

20. Antenna: Built-internal antenna.


Pinout: ATMEGA328P:


ARDUINO DIGITAL PIN INTERFACE
D0 (RX) D0 (RX) UART conn / Commc. JMP conn. with WIFI
D1 (TX) UART conn / Commc. JMP conn. with WIFI
D2 Digital one pin connector
D3 Digital /Analog pin connector-1
D4 Digital /Analog pin connector-2
D5 Digital /Analog pin connector-3
D6 Blanck
D7 Output Led
D8 Blanck
D9 (CS) SPI connector
D10(SS) Blanck
D11(MOSI) SPI connector / ICSP connector
D12(MISO) SPI connector / ICSP connector
D13(SCK) SPI connector / ICSP connector
ARDUINO ANALOG PIN INTERFACE
A0 Analog one pin connector
A1 Digital /Analog pin connector-1
A2 Digital /Analog pin connector-2
A3 Digital /Analog pin connector-3
A4(SDA) I2C connector - 1, 2 / OLED Display / Output OLED connector
A5(SCL) I2C connector - 1, 2 / OLED Display / Output OLED connector

Interface Connector Pins:


I2C conn 2
SPI conn 1
UART conn 1
DIGITAL conn 1
ANALOG conn 1
DIG/ANG conn 3
LED 1
OLED conn 1

Pinout: ESP8666 (ESP12E)

ESP-12E pinout Connection
1 Reset RST switch / SPI connector
2 ADC Analog one pin connector
3 CH_PD(EN) Blanck
4 GPIO16(D0) 4CH RELAY
5 GPIO14(D5) SCLK-SPI_conn
6 GPIO12(D6) MISO-SPI_conn
7 GPIO13(D7) MOSI-SPI_conn
8 VCC(+3V3) 3V3
9 CS0(CMD) Blanck
10 MISO 4CH RELAY
11 GPIO9(SD2) Digital one pin connector
12 GPIO10(SD3) LED OUTPUT
13 MOSI 4CH RELAY
14 SCLK 4CH RELAY
15 GND GND
16 GPIO15 PD
17 GPIO2 PU
18 GPIO0 Flash switch
19 GPIO4(SDA) I2C_conn
20 GPIO5(SCL) I2C_conn
21 GPIO3(RX) UART_conn/commc jmp with arduino
22 GPIO1(TX) UART_conn/commc jmp with arduino

Interface Connector Pins:

UART_connector 1
I2C_connector 1
SPI_connector 1
ANG_connector 1
DIG_connector 1
OUTPUT LED 1
4CH RELAY_connector 1


APPLICATIONS:


1. Pharmaceuticals: Environmental Monitoring, Lab Equipment Automation, Automated Dispensers.

2. Agriculture: Smart Irrigation Systems, Crop Monitoring, Livestock Management.

3. Healthcare: Patient Monitoring, Smart Hospital Beds, Telemedicine.

4. Environmental Monitoring: Weather Stations, Air Quality Monitoring, Soil Moisture Monitoring.

5. Remote Data Logging: Sensor Networks, Energy Monitoring,

6. Industrial Automation: Process Monitoring, Predictive Maintenance.


For more info: Refer the Datasheets!


1.3-Inch-I2C-IIC-OLED
16MHz crystall
24AA512
ATMEGA48P
diode-1N4007
ESP12E
FT232RL
LM393
NCP1117-3.3v
NCP1117LP-5.5v-D