Realization of a novel single-resistance-controlled oscillator, employing an active element and all grounded passive elements, is the purpose of this manuscript. With requirements for completing the design being only a single Voltage Differencing Current Conveyor and four grounded passive components, it is also a preferable choice for integrated circuit implementation. The designed circuit has ...

Approximate computing has in recent years emerged as an important approach for energy saving mechanisms. Approximate computing involves reducing the number of transistors in a circuit to reduce delay and increase power savings. The power savings are at the cost of reduced accuracy. In most Signal Processing cases it is not necessary for the digital circuit to produce a precise output, the field...

We introduce a model of computation based on quaternions, which is inspired on the quantum computing model. Pure states are vectors of a suitable linear space over the quaternions. Every other aspect of the theory is the same as in quantum computing: superposition and linearity of the state space, unitarity of the transformations, and projective measurements. We then show that this model is no ...

Numerical techniques to enhance the computational efficiency of envelope methods for determining steady state and transient response in radio-frequency circuits are discussed. A way computing spectral components output signal after completion analysis using Fourier method is suggested. The adaptive algorithm following presented which exploits high order one step integrating circuit differential...

Artificial intelligence has made people’s demands for computer computing efficiency increasingly high. The traditional hardware circuit simulation method neural morphology computation problems of unstable performance and excessive power consumption. This research will use non-volatile flash memory cells that are easy to read write build a convolutional network structure improve the morphologica...

This lecture concludes the study of dynamic gates by computing their logical effort and exploring how the use of dynamic gates impacts the optimal gain per stage of paths. It then catalogs various circuit pitfalls which must be avoided in all circuit families. It concludes by describing a plethora of circuit families, some of which are useful in special applications, and many of which are best ...

The paper deals with an approach that automates the computation of frequential characteristics of passive electronic circuit and their associated sensitivities according to all the components of the circuit. This method enables the designer to focus on the physical behavior of the circuit since the modeling and computing tasks are automatically performed without any computer science skills. It ...