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All figures (9)
Fig. 4 Circuit representation for noise analysis.
Fig. 3 Simplified equivalent circuit of Fig. 1a with non-ideal signal source Vs.
TABLE II PERFORMANCE COMPARISON WITH OTHER LOW-VOLTAGE TRANSCONDUCTORS
TABLE I PERFORMANCE AND DESIGN PARAMETERS OF LOW-VOLTAGE LINEAR TRANSCONDUCTOR
Fig. 5 Microphotograph of the fabricated chip with the layout.
Fig. 8 Experimental output waveform of the transconductor with 400mVpp @ 10kHz triangular single-ended input signal.
Fig. 6 Testbench diagram of the low voltage OTA with external components and equipment.
Fig. 7 Measured output of the transconductor with 200mVpp @ 10kHz singleended triangular input.
Fig. 9 Measured spectrum with a 0.1Vpp @10kHz sinusoidal single-ended input.
Journal Article
•
DOI
•
360 nW Gate-Driven Ultra-Low Voltage CMOS Linear Transconductor With 1 MHz Bandwidth and Wide Input Range
[...]
Hector Daniel Rico-Aniles
1
,
Jaime Ramirez-Angulo
1
,
Antonio J. Lopez-Martin
2
,
Ramon G. Carvajal
3
•
Institutions (3)
New Mexico State University
1
,
University of Navarra
2
,
University of Seville
3
21 Jan 2020
-
IEEE Transactions on Circuits and Systems Ii-express Briefs