We used an Arduino program to execute ... blocks that can be configured to operate as logic gates. It’s therefore suitable for constructing the circuit's functions. The logic function XNOR ...

the circuits are identical. I drew one clock, but in real life, each would probably have its own private clock, since one clock is a single point of failure. The logic only uses NAND gates ...

As every Maker knows, the first step to building complex Arduino circuits ... ve gotten these basic genetic circuits to work, the next step is to make the logic gates work in different types ...

The machine uses a ‘grbl’ controller, which has an Arduino-based ... 0V + 5V logic signal for driving other laser modules Possibly a direct 5V pwm signal from the ATmega MCU output (that can provide ...

“In this paper, we propose a non-traditional design of dynamic logic circuits using Fully-Depleted Silicon on Insulator (FDSOI) FETs. FDSOI FET allows the threshold voltage ( V t) to be adjustable ...

You can assemble a pulse-generation circuit from a simple Schmitt-input AND gate plus a resistor-capacitor timing network. However, if you need a logic function that's not a standard catalog item, you ...

Here, we address these issues, advancing the art of engineering living digital circuits by focusing on two main engineering goals. First, we built a universal, single-gene NOR logic gate ...

If a gate is active, it expresses a signal that directs the Cas9 to deactivate another gate within the circuit. In this way, the researchers can "wire" together the gates to create logical ...