The major goal of this board is to create an Arduino board with significantly lower switching noise and crosstalk than the market-available commercial Arduino. The Board was created using all the finest techniques for lowering near-field emissions and noise. In order to use this board as an Arduino, accept uploaded code from a USB connection, run the Arduino IDE, and be completely compatible with the majority of Arduino Uno R3 shields, we start with the bare minimum functionality we require.
This board project was intended to provide us the chance to familiarize ourselves with the entire board design flow and process. The design strategy used to provide a functional PCB board was demonstrated by the Astable multibrator circuit with a 555 timer.
This board project was intended to provide us the chance to familiarize ourselves with the entire board design flow and process. We got a glimpse at the board layout for board 2 from the professor's version of board 2's switching noise measurement. For this task, we were able to produce our own version. The design of two identical hex inverter circuits on this board set it apart from others. We set up one circuit with a continuous return plane, a decoupling capacitor, and the power pin of the IC in the right design manner. On the second circuit, however, we committed every conceivable error. Instead, we just used a trace to route the ground connections. The decoupling capacitor was also far from the IC pin. There was no ground plane supporting the IC and its routing.