Dr Nagendra Krishnapura
Associate Professor
| Department of Electrical Engineering
Indian Institute of Technology, Madras
Tamil Nadu
Expertise:
Electrical and Electronic Engineering
82
Publications
0
Projects
500
Scopus Citations
930
CrossRef
21 Years 3 Months Total Experience
Scopus
500
Citations
11
h-index
CrossRef
930
Citations
15
h-index
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Personal Details
Doctor of Philosophy
2000
N/A
Associate Professor
Jun 2010 – Present
Indian Institute of Technology, Madras
| Department of Electrical Engineering
Assistant Professor
Jun 2005 – Jun 2010
Indian Institute of Technology, Madras
| Department of Electrical Engineering
Engineering and Technology
Scholarly Work
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Wideband tunable true-time-delay architecture using a Variable order all-pass filter and its applications to Continuous-time pulse processing
LOW PHASE NOISE QUADRATURE OSCILLATORS
INDIAN INSTITUTE OF TECHNOLOGY MADRAS ( INDIAN INSTITUTE OF TECHNOLOGY MADRAS)
-
Patent No. :
IN201741033376A
Filed :
20-09-2017
Published :
22-03-2019
Published
A METHOD OF PRODUCING A LINEAR CURRENT SIGNAL IN A BASEBAND VOLTAGE-TOCURRENT (V-I) CONVERTER
INDIAN INSTITUTE OF TECHNOLOGY MADRAS
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Patent No. :
IN201402897I4
Filed :
13-06-2014
Published :
29-01-2016
Published
METHOD FOR DETERMINING DISTORTION CONTRIBUTION OF INDIVIDUAL ELEMENTS IN AN ANALOG CIRCUIT
INDIAN INST TECHNOLOGY MADRAS | INDIAN INSTITUTE OF TECHNOLOGY MADRAS
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Patent No. :
IN201304325I4
Filed :
24-09-2013
Published :
28-08-2015
Published
Scholarly Publications
An Automatic LO Leakage Calibration Method for Class-AB Power Mixer Based RF Transmitters
Linearity- and Gain-Enhanced Wideband Transconductor Using Digitally Auto-Tuned Negative Conductance Load
Expansion and compression of analog pulses by bandwidth scaling of continuous-time filters
Reset-free memoryless delta-sigma analog-to-digital conversion
On-Chip Static Phase Difference Measurement Circuit With Gain and Offset Calibration
Modeling Techniques for Faster Verification of a Time to Digital Converter System-on-Chip Design
Scenes from ISSCC 2019 [Conference Reports]
Open Access26.3 A 25-to-38GHz, 195dB FoMT LC QVCO in 65nm LP CMOS Using a 4-Port Dual-Mode Resonator for 5G Radios
Showing 1 to 8 of 82 publications