[ESP8266-01] i2c 16x2 LCD Test

31 December 2016

ESP8266-01 i2c Test

da i2c bisa ini mantep jg ini esp 01 pic.twitter.com/F6h3geyPMN

— fariswidyantho (@radenfaris) December 30, 2016

1. LiquidCrystal_I2C library

https://github.com/agnunez/ESP8266-I2C-LCD1602

Download+extract arduino - libraries folder - restart arduino ide

2. Set Dev Board
-Pick Board Generic ESP8266 Module

3. Try burn/flash/upload

Files - Example - LiquidCrystal i2C - Hello World
Verify - Upload

4. Wire MAP

Cheat Sheet ESP8266-01

ESP8266 - FTDI
VCC - 3.3V
GND - GND
RX - TX
TX - RX
CH_PD - 3.3V
RST - PUSH BTN - GND
GPIO0 - GND (FOR FLASH, 3.3V FOR RUNNING)

ESP8266 - i2c 16x2 LCD BACKPACK
GPIO2 - SCL
GPIO0 - SDA
GND - GND

LCD 16x2 = 5V
ESP8266-01 = 3.3V

Catatan:
- 3.3v ≠ 5v
- selesai upload  GPIO0 dicabut + reset (agar supaya mode flash off)

Referensi
-reference i2c lcd16x2 = http://sankios.imediabank.com/esp-01-1602-led
-wiremap = http://domoticx.com/esp8266-wifi-lcd-1602-2004-via-i2c-nodemcu/
-setup = https://kendrick-tabi.blogspot.co.id/2015/06/how-to-program-esp8266-using-arduino-ide.html

[ESP8266-01] Blink Test 2

30 December 2016

ESP8266-01 Test

1st blink 🔑 pic.twitter.com/13q579NGH2

— fariswidyantho (@radenfaris) December 30, 2016

1. FTDI Driver

2. Set Dev Board
-Pick Board Generic ESP8266 Module

3. Try burn/flash/upload

Files - Example - ESP8266 - blink
Verify - Upload

4. Wire MAP

Cheat Sheet ESP8266-01

Cheat Sheet FTDI

ESP8266 - FTDI
VCC - 3.3V
GND - GND
RX - TX
TX - RX
CH_PD - 3.3V
RST - PUSH BTN - GND
GPIO0 - GND (FOR FLASH, 3.3V FOR RUNNING)


Catatan:
- 3.3v ≠ 5v
- selesai upload  GPIO0 dicabut buat + reset (agar supaya mode flash off)

Referensi
-wire map = http://iot-playground.com/blog/2-uncategorised/35-esp8266-firmware-update
-setup = https://kendrick-tabi.blogspot.co.id/2015/06/how-to-program-esp8266-using-arduino-ide.html
- ftdi usb ttl = http://www.arduinesp.com/getting-started
-arduino = http://arduino.cc

[ESP8266] DHT11 Simple Test

17 September 2016

ESP8266 DHT11 Test

Pic1. Output

0. Install DHT library
Sketch - Include Library - Library Manager - DHT Sensor Library by Adafruit - Install

https://github.com/adafruit/DHT-sensor-library

1. Code
2. Pinout

Pic2 ESP8266 NODEMCU Pinout

Pic3. DTH11 Pinout

3. Wire MAP
D1 -> INPUT KE DHT11 -> DHT11 PIN2
D1 -> PULL UP RESISTOR -> VCC


Referensi
-pinout nodemcu = https://github.com/nodemcu/nodemcu-devkit
-datasheet DTH11 = http://www.micropik.com/PDF/dht11.pdf

[ESP8266] Simple WiFi Client

17 September 2016

Simple WiFi Client

1. Code


2. Serial Port Arduino IDE
Tools - Serial Monitor


Note:
-Change SSID & PASSWORD section
-Set baud rate speed 9600

[ESP8266] Running LED

17 September 2016

Running LED

Running pic.twitter.com/tf7uYx4qn7

— fariswidyantho (@radenfaris) September 13, 2016

1. Code


2. Pinout

ESP8266 NODEMCU Pinout

3. Wire MAP
PIN1 = D0 -> (+)LED(-) -> GND
PIN2 = D1 -> (+)LED(-) -> GND
PIN3 = D2 -> (+)LED(-) -> GND
PIN4 = D5 -> (+)LED(-) -> GND
PIN5 = D6 -> (+)LED(-) -> GND


Referensi
-pinout = https://github.com/nodemcu/nodemcu-devkit

[ESP8266] Preparation Blink Led

17 September 2016

ESP8266 Test

Kirim ke hackathon menang ini pic.twitter.com/rH5pkFwHqT

— fariswidyantho (@radenfaris) September 4, 2016

1. Install Arduino IDE

https://www.arduino.cc/en/Main/Software

2. Install Board Developer
Add ESP8266 board database
File - Preferences - Additional boards manager

http://arduino.esp8266.com/stable/package_esp8266com_index.json

Restart Arduino IDE

Tools - Board - Board Manager
Search: ESP8266 - Install

Restart Arduino IDE

3. Setup Board
-Pick Board NodeMCU 1.0 (ESP-12E Module)
-Choose COM port use

4. Try burn/flash/upload

Files - Example - ESP8266 - blink
Verify - Upload

5. Wire MAP

ESP8266 NODEMCU Pinout

D0 -> (+)LED(-) -> GND


Referensi
-nodemcu = https://github.com/nodemcu/nodemcu-devkit
-setup = http://www.instructables.com/id/Programming-ESP8266-ESP-12E-NodeMCU-Using-Arduino-/
-arduino = http://arduino.cc

[RPI GPIO] Mini Servo Test on Raspberry Pi 2

12 September 2016

Mini Servo Test on Raspberry Pi 2 (Python GPIO)

Servo test pic.twitter.com/gE3oFQ8BEy

— fariswidyantho (@radenfaris) August 4, 2016

1. Using PWM

Pinout Raspberry Pi 2

Mini Servo -> RPI
orange PWM -> pin11
red vcc -> vcc 5v / pin2 / pin4
brown ground -> gnd / pin6, pin9, pin14...

2. Send python script or write script to RPI


3. Test Run
sudo python servotest.py


Referensi
-pinout = https://www.raspberrypi.org/documentation/usage/gpio-plus-and-raspi2/
-PWM = https://sourceforge.net/p/raspberry-gpio-python/wiki/PWM/
-datasheet mini servo = http://www.micropik.com/PDF/SG90Servo.pdf

[RPI GPIO] LCD 16x2 Test

30 June 2016

LCD 16x2 Test on Raspberry Pi 2 (Python GPIO)

LCD test Raspberrypi GPIO baru kesampean. pic.twitter.com/ANP5WNnbfM

— fariswidyantho (@radenfaris) June 30, 2016

1. Enable I2C
- sudo raspi-config
- select 8 Advanced Options
- select A7 I2C
enable?
- yes

by default?
- yes

reboot for saving all changes

sudo reboot

2. Edit loaded modules
- sudo nano /etc/modules

add lines:
i2c-bcm2708
i2c-dev

3. Install utilities/software
sudo apt-get update
sudo apt-get install -y python-smbus i2c-tools

reboot for saving all changes

sudo reboot

4. Connect RPI - I2C - LCD 16x2
RPI pin 1 - VCC
RPI pin 3 - SDA
RPI pin 4 - GND
RPI pin 5 - SCL

5. Send python script to RPI


6. Test Run
sudo python lcd.py


Note:
- cek if running i2c module or not?
lsmod | grep i2c_


Referensi
-http://www.raspberrypi-spy.co.uk/2014/11/enabling-the-i2c-interface-on-the-raspberry-pi/
-http://www.raspberrypi-spy.co.uk/2015/05/using-an-i2c-enabled-lcd-screen-with-the-raspberry-pi/