![]() ![]() Official MuteMe VendorID/ProductId/UagePage/Usage (Most likely the MuteMe software sends a challenge, or it could be detecting usagePage/usage/serial_number in the HID discriptor.)Īdditional information available on the MuteMe website If you figure out how to eliminate this warning, please open an issue or pull request. The official MuteMe devices have an undocumented method for differenciating between current models and the origional kickstarter models. Note that regardless of what model you choose, you will most likely see this warning. (More than likely you should use 'prototype'.) See platformio.ini Name This repo contains platform.io profiles for all 3. The VID/PID MuteMe provides are shown below. It is possible to have up to 3 MuteMe devices connected to 1 computer simultaniously, as long as they each have a different VID/PID. (Fritzing file available in the fritzing directory) Tech Specs Note: Pull up resistor on button is not required since Arduino Pro mini has internal pull up on pin 2 If using a common cathod you will need to change the variable rgbLed_TYPE ![]() You can use a common cathode or common anode LED. Put a ~300-400 ohm resistor on each leg of the RGB Led On an arduino pro micro, connect the buttons and leds to the following pins. If you get a board working and want to add it to the platformio.ini, pull requests are welcomed and celebrated. ItsyBitsy/Feather/Teensy should also work. This project is designed around an Arduino Pro Mini, though any Arduino with a 32u4 chip should work (you may need to change pin assignments in the platformio.ini build flags. Where this project does make sense, is if you have a mechanical keyboard or macro pad with a micro controller that supports HID emulation, and you want an embedded zoom button. You are highly encouraged to support the origional creators. An official MuteMe-mini is only $19 with free shipping which is likely about the same or more than it would cost to bulid with an arduino. PCB/BOM files are available in the EasyEDA directory and available on Building ![]() Gerber files are available in the Gerber directory, and available on Visually see if you are muted in a zoom/teams meeting, and control your microphone with the touch of a button. The floating pin problem from the example used above can be solved without including external pull-up resistors on pin 3.MuteMe-Arduino is an open source implementation of the wildly popular MuteMe hardware device. This reduces cluttering your board up with pull-up resistors of your own for all the buttons and other components which gives your design much more flexibility. These resistors can be activated or deactivated at will inside the code. The Arduino UNO has in-built pull-up resistors of about 20k to 50k available on each one of the Digital Pins. Using Arduino internal Pull-up Resistors. Turn on the LED when the button is pressed and off when it’s not. It goes HIGH when it’s open and LOW when pressed. Pull-up means that the pushbutton’s logic is inverted. To fix the floating pin problem above we connect the push button switch pin that is connected to the Arduino Digital pin 5 to either Ground or 5V depending on what we are trying to read when the switch is pressed. Using Pull-up resistor to solve the Floating input problem. This makes the Led lighting irregular, sometimes it turns on and at times it’s off regardless of the state of the switch. which is when the Arduino digital pin is neither HIGH nor LOW and results in noise. However when the switch is not being pressed it enters a state of “Floating”. This code is supposed to turn the state of pin 5 HIGH when the button is pressed so the led will turn on and when the push button is not pressed the pin 5 will turn LOW and the led will be off.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |