This paper compares three transconductance (g m ) reduction techniques in terms of analog mismatch and total achievable amount of g m reduction.
Three transconductance reduction techniques are compared in terms of analog mismatch and total achievable amount of gm reduction.
This paper compares three transconductance (g<sub>m</sub>) reduction techniques in terms of analog mismatch and total achievable amount of g<sub>m</sub> ...
Abstract—This paper compares three transconductance (gm) reduction techniques in terms of analog mismatch and total achievable amount of gm reduction.
A CMOS integrator for use with an adaptive neural amplifier that utilizes transconductance cancellation to achieve a large time-constant, which is tunable ...
A method for the full on-chip analog implementation of large time constants in a CMOS technology is presented. These time constants are used for delayed ...
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Our circuit is designed as a type of current conveyor (ICON) employing a constant-gm (transconductance) method which can significantly improve the linearity in ...
Missing: Comparison Techniques
Abstract-This paper presents CMOS circuits for integrated analog filters at very high frequencies, based on transconduc- tance-C integrators.
This paper describes the implementation of a low-power, very long time constant integrator for use in an adaptive neural recording system for implantable ...
Donaldson, “Comparison of transconductance reduction techniques for the design of a very large time-constant CMOS integrator,” Proc. IEEE ICECS, pp. 37-40 ...