The phrase "accurate circuit" is correct and usable in written English.
It can be used in contexts related to electronics, engineering, or any discussion involving precise measurements or designs of circuits.
Example: "The engineer confirmed that the design of the accurate circuit would minimize energy loss and improve overall efficiency."
Alternatives: "precise circuit" or "exact circuit".
Therefore, fast and accurate circuit simulation algorithms are needed to accelerate the simulation cycle.
Novel rapid and accurate circuit evaluation methods that are tightly integrated with circuit search and optimization methods are needed to aid design productivity.
By analyzing the improved scheme in theory and using an accurate circuit simulator, the secure efficacy of the improved one is verified.
Design of MRAM circuitry using STT-based MTJ elements requires an accurate circuit model which exactly emulates the characteristics of an MTJ in a circuit simulator such as HSPICE.
Two representative digital circuit units, ring oscillator (RO) and SRAM cell, are simulated under different conditions, indicating it necessary to consider the evident influence of the CCV in accurate circuit reliability evaluation.
Analog designers have traditionally learned to tackle design problems with numerous circuit simulations using accurate circuit simulators such as SPICE, and have increasingly relied on trial-and-error approaches to reach a converging point.
There are errors between accurate short circuit currents and those based on DC power flow.
The compensation factor, in respect to accurate short circuit currents, is updated in each iteration.
This paper proposes an accurate measurement circuit for three phase aircraft power wires.
These techniques make use of an accurate equivalent circuit as the basic design and tuning tool.
However, accurate digital circuit realization using device-level simulation, accounting for more realistic ReRAM device behavior, is only studied for adder circuits so far.
