Compact non-binary fast adders using single-electron devices
#single-electron devices
#fast adders
#non-binary
#compact circuits
#digital arithmetic
#low-power
#nanotechnology
#VLSI
#logic design
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Low-Power Metronome
This metronome operates on a current of only 0.25 mA, making it suitable for battery-powered applications. It offers a tempo range from 34 to 246 beats per minute. The circuit can utilize a CMOS timer, such as the LM555 CN...
Low-Power Ring Counter (Less Than 6 Mw)
The ring counter operates from 1.0 to 6.0 V and requires only 6 mW at 1.5 V. The reset pulse activates the first stage with its trailing edge. The maximum shift pulse width increases with voltage and approaches 70 µs...
Low-power-inverter
This low-power inverter utilizes only nine components to convert 10 to 16 VDC into a 60 Hz, 115 V square-wave output suitable for operating AC equipment with a maximum power of 25 W. The initial section of the 556 timer...
Design of VLSI Systems
Clock signals are essential for digital systems, and their stability is crucial. Ideally, clock signals should exhibit minimal rise and fall times, specified duty cycles, and zero skew. However, in practice, clock signals often have non-zero skews, noticeable rise and...
Low-Power Amplifier with digital volume control
An amplifier with digital volume control can be designed predictably due to the simplicity of the circuit, which utilizes a single chip, the TDA8551. This series of mini amplifiers with digital volume control operates as a BTL (Bridge-Tied Load) amplifier...
LOGIC DESIGNER
The logic designer is filled with features. It would not be possible to list all the possible combinations of the unit as the various building blocks on the board can be interconnected to obtain a wide variety of counting and...