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The presented circuit is designed and tested in simulation environment using LTSpice.
Each presented circuit is constructed by single DVCC as the basic active building block together with a few passive components.
The presented circuit topology incorporates power cut-off and write '0' only technique to enhance the write performance.
The simulation results in QCADesigner software confirm that the presented circuit works well and can be used as a high performance design in QCA technology.
Presented circuit, IDeF-X HD (Imaging Detector Front-end) is a member of the IDeF-X ASICs family for space applications.
The presented circuit provides high-pass, low-pass and non-inverting and inverting all-pass responses simultaneously, all at different high impedance outputs.
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The presented circuits belong to different categories, covering both combinational and sequential circuits.
To demonstrate their feasibility, the presented circuits are simulated using circuit simulation program Is-Spice.
All of the presented circuits have been designed by using TSMC 0.18 μm process parameters and simulated in HSPICE.
In order to verify the feasibility of the presented circuits, prototypes are implemented, using commercial ICs and discrete components.
The presented circuits can automatically recover with the maximum load (5 A) when the overload is removed.
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