The phrase "construction of circuits" is correct and can be used in written English.
It is commonly used to refer to the process of designing and building electrical circuits. For example: "The construction of circuits requires a detailed understanding of circuit design principles and a variety of specialized tools." "The students were tasked with the construction of circuits in their electronics class." "In order to ensure safety and efficiency, the construction of circuits must follow specific guidelines and standards."
Through our construction of circuits we have improved our understanding of many devices and the degree at which devices like transistors could destruct or catch fire.
Both aspects of NMDAR function contribute to experience-driven construction of circuits formed by new neurons, even though NMDAR signaling might make less of a contribution to the control of overall spine density upon neuronal maturation.
However, the construction of circuits that can perform more sophisticated signal processing operations will require a larger set of transcription factors that are orthogonal to one another, or in other words, that do not cross react with one another's DNA operators.
Katz, L. C. & Shatz, C. J. Synaptic activity and the construction of cortical circuits.
This Review describes new tools that aid the construction of genetic circuits.
Gaber, R. et al. Designable domainsding domains enable construction of logic circuits in mammalian cells.
There is a broad spectrum of design styles that have proven successful for the construction of VLSI circuits and systems.
The JHDL language is a text-based design language for algorithmic construction of structured circuits that is embedded within the Java programming language.
His current research explores the intersection of genetic, epigenetic and environmental factors in pathways that control bacterial cell differentiation to better understand bacterial pathogenesis and to provide tools for the rational construction of synthetic circuits and genomes.
This paper briefly explains the construction of equivalent circuits at desired time steps and provides a detailed explanation on the design of the gain of an op-amp differentiator for a given input by exploiting the fixator-norator method.
The design and construction of real circuits that use op amps is straightforward, although some care may be necessary to prevent noise and artifact from spreading through the power supply lines.
