Shield arduino mega pinout how to#
Shield arduino mega pinout Bluetooth#

Here's the segment of the PCB showing the messy result of the superimposed modules/components/Arduino MEGA: !(///pullimage/vUyEGD4x2v3B1ALCqvdJ9B0aulKsSQgdkRY8Yl8o.jpeg) Here is a picture of what I've described - hopefully this helps visualize the approach: BTW, I have also 'stacked' a couple of things on the TOP side of the PCB - but I am less concerned about these, as they are much simpler to check. ~~In order to help with this~~ I have created a Layout Prototype using a PCB Breadboard to check that everything fits. This means that I will not be able to benefit from the automated DRC checks - I will have to carefully check everything manually, hoping that I don't overlook something~~ (this turned out not to be the case error checking works great!). ~~As you can imagine, this creates lots of DRC errors. The 2.8-inch display is a ready-made shield for Arduino Uno, which can also be placed on the Arduino Mega. Below I’ve graphed the the wiring for you. A 1-to-1 replica of the Arduino Uno tutorials unfortunately does not work. When cabling you must be a bit careful because of some other port assignment of the Arduino Megas.

Shield arduino mega pinout how to#

However, all the other modules and components are ALSO on the TOP side, so they are all superimposed on top of the Arduino MEGA. How to wire Arduino Mega 2560 and enc28j60 ethernet shield. This places all the pins in the correct locations and orientation the male headers, when later added to the BOTTOM side, will plug right into the Arduino MEGA.

Shield arduino mega pinout Bluetooth#

Support bluetooth module communication interface. Support 32 road Servo Motor Drive Shield interface. Mega Sensor Shield V2.0 pinout all of the Arduino digital and analog interface. So, what I am doing is telling EasyEDA that I am leaving the Arduino MEGA on the TOP side of the PCB. Sensor Shield allows you to connect to various modules like sensors, servos, relays, buttons, potentiometers. Unfortunately, EasyEDA does not support Flipping of PCB components. Otherwise all the pins/connections are backwards and the Arduino MEGA will not fit. In order to accomplish this the PCB Layout of the Arduino MEGA needs to be Flipped in the 'X' direction.

In the case of a 'shield' I need to mount the top side of the component (Arduino Mega) to the bottom side of the PCB. * ~~In order to place the Arduino MEGA on the bottom side of the PCB it needs to be placed 'upside down' from the perspective that EasyEDA normally takes.~~ When EasyEDA places a component on the bottom side the component is automatically Flipped, expecting that the bottom side of the component will be mounted to the bottom side of the PCB.

* The top side works fine you just place components per usual. Add the library to enable GPRS communication: include