- ARDUINO USB HOST SHIELD NOT RECOGNIZING BLUETOOTH PRO
- ARDUINO USB HOST SHIELD NOT RECOGNIZING BLUETOOTH CODE
You need to be very patient to complete this project as you are working with "micro" things. So I need to cut off pin 2 and pin 3 (see photo number five). In my case (my failure project) pin 2 and pin 3 are connected (see photo number four). Attach a needle on one probe to reach the front pins as they are really micro. Here you need to test it with a multimeter, set it to "continuity test". There you see the straight connectors from the front pins. You see a vertical line after the cable soldering pads, either you clean up the solder entirely or cut off those pads, then you can pull the left part (the rear of micro USB connector) off. Now look at photo number three, that was my first failure project. They need only pin 1 (Vcc) and pin 5 (Ground) for charging. But most connectors come with powerbanks has only 2 or 3 pins show up at the back.
ARDUINO USB HOST SHIELD NOT RECOGNIZING BLUETOOTH CODE
In the example library codes, I tried searching for the code that will read the. After that, I have installed the USB Host Shield Library 2.0. The Arduino UNO does not support an USB port for connection of a joystick, so rightfully I would need to get a Arduino USB Host Shield for the USB connection.
ARDUINO USB HOST SHIELD NOT RECOGNIZING BLUETOOTH PRO
If you see 5 pins at the back, that will be easier for you to complete this project. Items: Arduino UNO Arduino USB Host Shield Logitech 3D Pro Extreme Joystick with USB cable. Peel off the rubber or plastic case with a cutter. Here I use a micro USB connector comes with powerbank. As you see in photo number two, micro USB has 5 pins namely : The Bluetooth module has the advantage of beeing wireless for both, the Arduino and the phone, and using the Ethernet-shield you could make the Arduino worldwide accessible by using port-forwarding on your firewall. You can use a smartphone's data cable or you can find one in any powerbank which is also popular by this time. Do not throw away the cables, we will need some later on, only about 5 mm of each color :) If you look carefully, you will see that it has two parts and the joint is about in the middle. The inner plastic case is as long as the metal case.
Now pull out the plastic case out of the metal case from the backside (you can pull the cable if you haven't cut it off). Then lift the back part of the metal case with a slotted screwdriver as you can see in the third photo of this step. After you peel off the whole rubber seal, open the cable clamp which is also part of the metal case. Use a cutter to peel of the rubber seal, cut along the metal part. So it is easy to grab one from your old printers. Type-B cables are still used on printers. At the first time I hold an Arduino in my hand, I wonder (until now) why Massimo Banzi (the inventor) chose USB Type-B socket, while Micro USB is more compact and widely used on mobile phones.