KEYSTUDIO ARDUINO ETHERNET MEGA PINOUT INSTALL
KEYSTUDIO ARDUINO ETHERNET MEGA PINOUT MAC

You will have a set of Arduino's most common and useful electronic sensors and modules. This is an Arduino 37 in 1 sensor learning kit developed by Keyestudio.

4.34 Project 34: HC-SR04 Ultrasonic Sensor.

4.32 Project 32: Optical Proximity Detection.

4.30 Project 30: Triaxial Digital Acceleration Detection.

4.28 Project 28: Analog Ceramic Vibration.

4.26 Project 26: Digital IR Transmitter.

4.24 Project 24: DHT11 Temperature and Humidity.

4.23 Project 23: LM35 Linear Temperature.

4.22 Project 22: TEMT6000 Ambient Light.

4.16 Project 16: Infrared Obstacle Avoidance.

If it is necessary to insist on several devices in the network, it is recommended to change the least significant byte.

KEYSTUDIO ARDUINO ETHERNET MEGA PINOUT MAC

The examples below use the following MAC address: 0xDE Although the main requirement is that it must be unique on the LAN, network equipment may not recognize the Ethernet Shield if the high byte of the MAC address is not configured correctly. The Arduino IDE library allows you to set any MAC address for the Ethernet Shield W5500. The MAC address (Media Access Control) is a unique six-byte identifier for Ethernet devices. If necessary (other equipment is already connected to the SPI bus or to pin 10), you can open this jumper and solder opposite the desired pin, thus changing the SS (Select Slave) pin to the one you need. There are jumpers on the board for this purpose, with a jumper soldered across from pin 10. However, the Ethernet Shield expansion board allows you to change the SS pin to any available digital pin.

for Arduino MEGA: MISO – 50, MOSI – 51, SCK – 52, SS – 53.

For Arduino UNO/ULTRA: MOSI – 11, MISO – 12, SCK – 13, SS – 10.

The pins that are dedicated to the SPI bus are reserved on the control boards as follows:

KEYSTUDIO ARDUINO ETHERNET MEGA PINOUT INSTALL

Then, you just have to install the expansion board on top, and you are ready to work! Jumpers The Ethernet Shield W5500 also has a separate block that has these pins, making it easy to install on most Arduino/Piranha boards: UNO, ULTRA, MEGA, LEONARDO.

However, all Arduino boards have a special ICSP-signed pad that has the SPI bus pins parallel to each other. The Shield operates over the SPI bus and therefore uses the Arduino pins reserved for this case (different for each board). If you are powering the chip through a regulator, this will definitely not happen since the regulator input is 5V, which is already converted into a strong, stable 3.3V.

Usually, this chip is fed directly from the 3.3V voltage output on the Arduino board, but if the voltage on the Arduino itself drops, the chip on the Shield may not work correctly. Voltage regulatorĪ voltage regulator can help provide a stable power supply for the W5500 chip on the expansion card. This Shield boasts a number of good technical solutions, which we’ll talk about below.

The Ethernet Shield W5500 can be your gateway to the LAN or WAN as well as to the Internet of Things by allowing you to work with more Arduino boards that you can place anywhere you want. The Ethernet Shield W5500 is mounted on top of the control board. The Ethernet Shield W5500 is compatible with various Arduino microcontrollers and can be mounted on Arduino UNO, Leonardo, Mega. 4 Related Video: Using Arduino Ethernet Shield W5500 Ethernet Shield Specifications

Keystudio arduino ethernet mega pinout