having a hole under MCU is very creative :) seems you are only use 1 gyro/acc IC this time, will the signal for accelerometer stable enough? will the battery stay above the hole if you plan to place it on back \? :D It will be good to know how much lighter for this mouse compare to you previous one. Also looking forward for the schematic :P
To reduce the number of parts, only 1 gyro/acc (MPU-6500) is used. I don't know whether it is enough or not, but I will challenge. A battery will be placed on the hole. The weight of this mouse is expected to be less than 10 grams, which is much lighter than that of my previous mouse (KOJIMOUSE9, 11.3 grams).
Schematic? I think I will upload it in the near future.
2 件のコメント:
having a hole under MCU is very creative :)
seems you are only use 1 gyro/acc IC this time, will the signal for accelerometer stable enough?
will the battery stay above the hole if you plan to place it on back \? :D
It will be good to know how much lighter for this mouse compare to you previous one. Also looking forward for the schematic :P
To reduce the number of parts, only 1 gyro/acc (MPU-6500) is used. I don't know whether it is enough or not, but I will challenge. A battery will be placed on the hole. The weight of this mouse is expected to be less than 10 grams, which is much lighter than that of my previous mouse (KOJIMOUSE9, 11.3 grams).
Schematic? I think I will upload it in the near future.
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