Dr. Tripurari Sharan

Professor

Low-Voltage Low-power VLSI CMOS Analog and Mixed Signal Circuits and Systems Design

Contact

ts[AT]nerist(dot)ac(dot)in

(EPBX/Office): 0360-2257401-8 ext. 7103,
Mb. No.: +91,7085398792

PROFESSIONAL BACKGROUND

From(Date of Joining)	To	Designation	Organisation	Nature of Association
02/07/2001	Till date	Assistant Professor	NERIST	Regular

EDUCATIONAL QUALIFICATION

Degree	Subject	University	Year
High School	Science, Math, Hindi, English, Sanskrit	UP Board	1977
Intermediate	Physics, Chemistry, Maths, Hindi, English	UP Board	1979
B. Tech. (Electronics Engineering)	All the prescribed subjects of ECE curriculum	KNIT, Sultan Pur Avadh University, Faizabad, UP	1989
M. Tech (Electronics and Communication Engineering)	VLSI Analog System Design	NERIST, Deemed To Be University, Nirjuli, Arunachal Pradesh, 791109.	2010
Ph.D. (Electronics and Communication Engineering)	Ultra-Low-Voltage, Low-Power Subthreshold Class AB Current Mirror OTAs	MNNIT, ECE, Department, Allahabad, UP, 211004	2018

MEMBERSHIPS IN PROFESSIONAL BODIES

Life Time AISTE membership : w.e.f. year 2002 (LM)
Annual membership of IEEE : w.e.f. year March 2012, continued
Annual membership of IET : w.e.f. Feb. 2012, continued
Life time membership IETE : w.e.f. March 2013 (LM)

TEACHING ENGAGEMENTS

Title	Course Code	Module	Semester
ECD-I	EC-2100	Base	July-Dec.2001
ECD-III	EC4102	DIP	July-Dec.2001
Elx. Measuring Inst.	EC-2102	Base	July-Dec.2001
Industrial Elx.	EC-4202	DIP	Jan.-May 2002
TV Engg.	EC-2200	Base	Jan.-May 2002
Radio & TV Engg.	EC-3202	DIP	Jan.-May 2002
ECD-III	EC-4102	DIP	July-Dec. 2002
Radio Engg.	EC-2103	Base	July-Dec. 2002
ECD-III (Bridge)	EC-4302	DE (Bridge)	July-Dec. 2002
Industrial Elx.	EC-4202	DIP	Jan.-May 2003
TV Engg.	EC-2200	Base	Jan.-May 2003
Industrial Elx.	EC-4404	DE (Bridge)	Jan.-May 2003
Basic of Elx.	ES-1200	Base	Jan.-May 2003
ECD-III	EC-4101	DIP	July-Dec. 2003
Audio & TV Engg.	EC-4102	DIP	July-Dec. 2003
ECD-III	EC-4302	DE (Bridge)	July-Dec. 2003
Industrial Elx.	EC-4202	DIP	Jan.-May 2004
TV Engg. Lab.	EC-2251	Base	Jan.-May 2004
Industrial Elx.	EC-4404	DE (Bridge)	Jan.-May 2004
TV Engg.	EC-2200	Base	Jan.-May 2004
Project	EC-6299	DE-Project	Jan.-May 2004
ECD-III	EC-4101	DIP	July-Dec. 2004
Audio & TV Engg.	EC-4102	DIP	July-Dec. 2004
ECD-III (Bridge)	EC-4302	DE (Bridge)	July-Dec. 2004
Radio & TV Engg.	EC-3103	DIP	July-Dec. 2004
Industrial Elx.	EC-4202	DIP	Jan.-May 2005
TV Engg. Lab.	EC-2200	Base	Jan.-May 2005
Industrial Elx.	EC-4404	DE (Bridge)	Jan.-May 2005
Project	EC-6299	DE (Project)	Jan.-May 2005
LIC	EC-6100	DE	July-Dec. 2005
Audio & TV Engg.	EC-4102	DIP	July-Dec. 2005
Radio Engg. Practice	EC-2103	Base	July-Dec. 2005
Industrial Elx.	EC-4404	DE (Bridge)	Jan.-May 2006
Industrial Elx.	EC-4202	DIP	Jan.-May 2006
ECD-II	EC-3200	DIP	Jan.-May 2006
TV Engg.	EC-2200	Base	Jan.-May 2006
Micro Elx.	EEL-732	PG Course study	July-Dec. 2006
MOS-VLSI	EEL-734	PG Course study	July-Dec. 2006
Digital Elx.	EEL-714	PG Course study	At IIT New Delhi
Bio-Medical Elx.	EEL-836	PG Course study	At IIT New Delhi
Industrial Elx.	EC-4404	DE (Bridge)	Jan.–May 2007
Industrial Elx.	EC-4202	DIP	Jan.–May 2007
ECD-II	EC-3221	DIP	Jan.–May 2007
Microelectronics Devices,	EC-5101, ECD-IV	Degree (DE)	July-Dec. 2007
Linear Integrated Circuits (LIC)	EC-6100, LIC	DE	July-Dec. 2007
Industrial Electronics	EC-4202	Diploma(DIP)	Jan-May 2008
do	EC-4404	DE (Bridge)	Jan-May 2008
Circuits & Devices	EC-3221	DIP	Jan-May 2008
Circuits & Devices	EC-4101	DIP	July-Dec. 2008
Circuits & Devices	EC-4121	DIP	July-Dec. 2008
Industrial Electronics	EC-4202	DIP	Jan. May-2009
Industrial Electronics	EC-4404	DE (Bridge)	Jan. May-2009
Circuits & Devices	EC-3221	DIP	Jan. May-2009
Degree Project	EC-6199	DE	Jan. May-2009
LIC	EC-6100	Degree	July-Dec. 2009
Circuits & Devices	EC-4121 (EE+CS)	DIP	July-Dec. 2009
Industrial Electronics	EC-4202	DIP	Jan.-May-2010
do	EC-4404	DE (Bridge)	Jan.-May-2010
Circuits & Devices	EC-3221	DIP	Jan.-May-2010
Degree Project	EC-6199	DE (Project)	Jan.-May-2010
LIC	EC-6100	DE	July-Dec. 2010
Circuits & Devices	EC-4103	DIP	July-Dec. 2010
	IT-7200	IT (PG)	Jan.-May-2011
Industrial Electronics	EC-4200	DIP	Jan.-May-2011
Do	EC-4404	DE (Bridge)	Jan.-May-2011
Satellite Commn.	EC-4002	DIP	Jan.-May-2011
DE (Project)	EC-6199	DE (Project)	Jan.-May-2011
Circuit & Devices-III	EC-4101	DIP	July-Dec. 2011
Circuit & Devices	EC-4103	DE(Bridge)	July-Dec. 2011
Information Tech.	EC-7200	IT (PG)	Jan-May-2012
Industrial Elx.	EC-4202	DIP	Jan-May-2012
Industrial Elx.	EC-4404	DE (Bridge)	Jan-May-2012
Satellite Commn.	EC-4002	DIP	Jan-May-2012
DE (Project)	EC-6199	DE (Project)	Jan-May-2012
Circuit & Devices	EC-1522 (P) EC1	B.Tech. (T.A.)	July-Dec. 2012
Circuit & Devices	EC-3021 (P) Lab.	B. Tech. (T.A.)	July-Dec. 2012
Solid State Circuits	EC-916	M.Tech. (Course study)	July-Dec. 2012
Analog IC Design	EC-958	M. Tech.(Course study)	July-Dec. 2012
VLSI-Lab	MEVLSI(P)-VIII E1	PG	Jan-May 2013
VLSI-Lab.	VLSI(P)-VI-E1 M.Tech.II (DS)	PG	Jan-May 2013
UG Lab	DC(P) -IV-CS3	DE	Jan-May 2013
Circuit theory Lab.	EC-1351(P) EC1	DE	July-Dec 2013
Circuit Theory Lab.	EC-1353 (P) CS1	DE	July-Dec 2013
Digital Lab.	CS-507 (P) EC3	DE	July-Dec 2013
Circuit Devices Lab	EC-2258, 2 batches	DE	Jan. –May 2014
Circuit theory Lab.	EC-606(P) EE1	DE	Jan. –May 2014
LIC Lab.	EC-1552(P)	DE	July-Dec. 2014
LIC Lab.	BatchEC1 & EC2	DE	July-Dec. 2014
Circuit Devices Lab.	EC-1453(P)	DE	Jan-May 2015
Circuit Devices Lab.	BatchEC3 & EC4	DE	Jan-May 2015
LIC	EC-6100	DE	July-Dec. 2015
Analog IC Design	VLSI-7102	M.Tech	July-Dec. 2015
Industrial Elx.	EC-4202	DIP	Jan-May 2016
Mixed Circuit Design	VLSI-7200	M.Tech.	Jan-May 2016
Linear Integrated Circuits	EC-6046	B. Tech. II	Jan-May 2019
Industrial Elx.	EC-4401	Degree Bridge	Jan-May-2019
Industrial Elx.	EC-4202	DIP	Jan-May-2019
Analog IC Design	EC-7102	M.Tech. VLSI	July-Dec. 2019
Electronic Instrumentation and Measurements	EC-4103	DIP	July-Dec. 2019
Electronic Measuring Instruments	EC-2102	Base-II	July-Dec. 2019
Linear Integrated circuits	EC-4400	Degree Bridge	Jan-May 2020
Linear Integrated circuits	EC-6046	Degree	Jan-May 2020
Industrial Electronics	EC-4201	Diploma	Jan-May 2020
Industrial Electronics	EC-4401	Degree Bridge	Jan-May 2020

PROJECTS AND THESIS SUPERVISED/ CURRENTLY SUPERVISING

Title of Project	Names of Students
Implementing Elliptic Curvecryptography	Sujit Deb Nath (DE/02/EC/107), Bhargav Rajkhowa (DE/02/EC/25), Sachin Sah (DE/02/EC/16). (Degree)
Simulation of Current Mode Circuits using PSPICE	Sentilong (DE/06/EC/02), Rimel’U Diengdoh (DE/06/EC/051), Sunepwati Imchen (DE/06/EC/110). (Degree
Implementing Elliptic Curvecryptography	Sujit Deb Nath (DE/02/EC/107), Bhargav Rajkhowa (DE/02/EC/25), Sachin Sah (DE/02/EC/16). (Degree)
Implementing Elliptic Curvecryptography	Sujit Deb Nath (DE/02/EC/107), Bhargav Rajkhowa (DE/02/EC/25), Sachin Sah (DE/02/EC/16). (Degree)
Simulation of Active Filters & Switched Capacitor Filters using PSPICE	Rohit Raj (DE/07/EC/11), Vishwambhar Tiwari(DE/07/EC/12), Alok Kumar (DE/07/EC/21). )
Automatic Solid State Power Control	Rajarshi Bisharad (DE/08/EC/26), Dibyajyoti Dev (DE/08/EC/29), Pintu Das (DE/08/EC/30), Kaushik Kr. Dey (DE/08/EC/32). (Degree)
Solar Tracker using microcontroller AT89C2051	Rajarshi Bisharad (DE/08/EC/26), Dibyajyoti Dev (DE/08/EC/29), Pintu Das (DE/08/EC/30), Kaushik Kr. Dey (DE/08/EC/32). (Degree)
Solar Tracker using microcontroller AT89C2051	Unni Krishnan Barchamua (DE/09/EC/25), Jila Doyom (DE/09/EC/29), Pratha Pratim Talukdar (DE/09/EC/101), I. Temjenwapang (DE/09/EC/105) (Degree)
Biquadratic State Variable Analog Filter Design using various techniques	Ayang Tayeng (DE/10/EC/18) Nikhil Deo (DE/10/EC/20) Neeraj kr Singh (DE/10/EC/22) Bikash Bhowmick (DE/09/EC/52) (Degree)
2016 passing batch
2017 passing batch
Universal Biquard Filter Using CFOA	Atanu Chakrabarti (DE/16/EC/12), Sagarmoy Baidya (DE/16/EC/201) and Lazumith Lepcha (DE/16/EC/208)
Study and Design of CCII+ and its Applications	Khusbu Kumari (D/15/EC/14) and Privenchi Buragohain (D/16/EC/209)
M. Tech. Project Guided:
Design of Low-Power OTA and its Applications	MS Priyanka Chetry (MT/14/VLSI/05) (M. Tech. VLSI)
Design of High-Gain Folded Cascode Rail-to-Rail Input Swing Single Ended Output OTA and Gm-C Biquadratic Filter	Mr. Nipu Nath (MT/14/VLSI/06) (M.Tech. VLSI)
Subthreshold Bulk-Driven Complementary Folded Cascode OTA and its Implementation in Gm-C filter Design	MS Debika Das (MT/15/VLSI/05) (M. Tech. VLSI)
Design of Subthreshold Bulk-Driven OTA Based CC-II and its Implementation in Current Mode Filters	MS Trishana Barman (MT/15/VLSI/13) (M. Tech. VLSI)
Design and Analysis of CMOS Instrumentation Amplifier for Biomedical Applications	Mr. Khoirom Johnson Singh (MT/16/EC/09) (M.Tech. VLSI)
Design and Analysis of CMOS Compatible CFOA for Analog Signal Filtering	Mr. Prayas Bajgai (MT/16/EC/08 (M.Tech. VLSI)
Design and Implementation of a Low Power Voltage CMOS Second Generation Current Conveyor	Mr. Sinam Ashinikumar Singh (MT/17/ECE/10) (M.Tech. VLSI)
A Low-Voltage CMOS Current Feedback Operational Amplifier and its Applications	Mr. Munan Kr. Thakur (MT/17/ECE/12) (M.Tech. VLSI)
Currently Supervising:
Bulk Driven Current Mirror CMOS OTA Based CCII+ Cell and its Applications	Anupam Kumari, (MT/18/EC/07 (M.Tech. VLSI)

Ph.D Students Registered:
SL No. and Status	Name and Roll No.
1. Course work and Comprehensive Seminar Completed	Mr. Nikhil Deo (PhD/PT/18/EC/08)
2. Course work and Comprehensive Seminar completed	Mr. Sandeep Kr. Singh (PhD/PT/18/EC/07)
3. Course work and Comprehensive Seminar completed	Mr. Anil Kr. Gautam (PhD/PT/18/EC/04)
4. Course work and Comprehensive Seminar completed	Mr. Akho John Richa (PhD/PT/18/EC/06)

PARTICIPATION IN SHORT TERM COURSES

Course Name	Sponsored By/ held at	Date
Linear Optimal Filtering	Bengal Engg. College-Howarh, Best Bengal	10th to 21st Dec-2001
Power Elx. Applications	EE, Deptt., NERIST	8 to 18 July-2002
Bio-Medical Imaging	CSE, Deptt. NERIST	10 to 21 Nov. 200
Reduced Order Modelling & Controller Design	EE, Deptt. NERIST	08 to 19 March 2004
Opto Electronics	Physics Deptt. IIT Guwahati	05 to 10 July 2004
Recent Trends in Communicatio Engg.	EE, Deptt. IIT Guwahati	16 to 25 Dec. 2004
Soft Computing Data Mining & Bio-informatics	ISI Kolkata held at NERIST	14 to 18 Feb. 2005
Research Methodology	NERIST	20 to 24 March 2006
Graph Theory Algorithms & Application	ACM & ISI Kolkata	22 to 25 Feb. 2010
Soft Computing in Engg. Applications	Mech. Engg. Deptt.	25-1-10 to 05-02-2010
Teaching Methodology	NITTR Kolkata held at NERIST	03 to 07 Jan. 2011
Research Issues & Prospects in Computer Science & Information Technology	TEQIP	01 to 05 May 2012
Emerging Research Areas in Electronics & Communication Engg.	TEQIP at ECE,Deptt, NERIST	15 to 19 May 2012
3G Wireless Networks, MIMO Systems and Antenna Design (WINMAD – 2013)	ECE, Deptt. MNNIT, Allahabad, UP	08 to 13 July-2013
Advanced Embedded Systems & Microelectronics (AESM-2013)	ECE, Deptt. MNNIT, Allahabad, UP	15 to 19 July 2013
Recent advances in Signal Processing and Semiconductor Devices	TEQIP-ECE, Deptt. MNNIT Allahabad UP	24 to 29 June 2014
Microelectronics Device modelling & TCAD Simulation (MICROMOST – 2014)	TEQIP-II, ECE, Deptt. MNNIT, Allahabad, UP	14 to 18 April 2014
Advanced VLSI, Signal Processing & Communication Network (AVSC-2014)	TEQIP-II, ECE, Deptt. MNNIT, Allahabad, UP	19 to 24 May 2014
Advanced Embedded Systems & Microelectronics (AESM-2016)	TEQIP – II, ECE, Department, MNNIT, Allahabad, UP	14th July to 20th July 2016
Advances in Nanotechnology and its Application in Future Electronics (ANFE-2017)	GIAN (ANFE-2017) MHRD held at ECED, MNNIT, Allahabad, UP	6th-10th Nov. 2017
Winter FDP on Wireless and Mobile Communication	Jointly organized by: Electronics & ICT Academies at- IIT Guwahati, IIT Roorkee, NIT Warangal, NIT Patna and MNIT Jaipur.	(03–07 December, 2018)
Behavioral Remodelling and Research Methodology	An Initiative of Ministry of Electronics & Information Technology (MeitY), Government of India, Electronics & ICT Academy, IIT Guwahati, Assam.	01-05 April, 2019
ICT Tools for Teaching, Learning Process & Institutes	One-week FDP Programme Jointly Organized by Electronics & ICT Academies at IIT Guwahati Ministry of Electronics & Information Technology (MeitY), Government of India held at ECE Department of NERIST	13th-17th January 2020

SPECIAL LECTURES DELIVERED

Title	Place	Date
‘Low-voltage Low-power CMOS bulk-driven and gate-driven OTAs/op-amps design issues in weak and strong inversion regions operations’	TEQIP sponsored Short term Course on ‘Recent Advances in Signal Processing and Semiconductor Devices’ Held at: ECE, Department of NERIST, Deemed University, Nirjuli, Arunachal Pradesh, 791109.	29-01-2014

PUBLICATION

International conference Papers

T. Sharan, V. Bhadauria, “Ultra low-power bulk and gate-driven, class AB, sub-threshold transconductor,” 3^rd International Conference on Power Control and Embedded Systems (ICPCES), 26-28^th Dec. 2014, pp. 1-6, DOI: 10.1109/ICPCES.2014.7062826
T. Sharan, V. Bhadauria, “Ultra low-power rail-to-rail linear, sub-threshold bulk-driven transconductor,” 2^nd International Conference on Signal Processing and Integrated Network (SPIN-2015), 19-20^th Feb. 2015, pp. 921-926, DOI: 10.1109/SPIN.2015.7095336
T. Sharan, V. Bhadauria, “Low-power bulk-driven feed-forward reverse nested Miller compensated OTA with high drive capability,” 4^thStudents Conference on Engineering and Systems (SCES-2015), 6-8^th Nov. 2015, pp. 1-6, DOI: 10.1109/SCES.2015.7506442
T. Sharan, V. Bhadauria, P. Chetri, “Bulk-driven feed-forward compensated sub-threshold low-voltage OTA to drive high capacitive load,” International Conference on Innovations in Electronics, Signal Processing and Communication (IESC), 6-7th April-2017), pp. 121-126, April 2017, DOI: 10.1109/IESPC.2017.8071877.
T. Sharan, Nipu Kumar Nath, “Low-power and Folded Cascode Near Rail-to-Rail OTA for moderate Frequency Signal Processing,” International Conference on Innovations in Electronics, Signal Processing and Communication (IESC), 6-7th April-2017, pp. 5-10, April 2017, DOI:10.1109/IESPC.2017.8071855.
K. Johnson Singh, T. Sharan, “Enhanced CMRR and PSRR, CMOS Instrumentation amplifier using Class AB Push-pull CMOS Operational Amplifier,” International Conference on Electrical, Electronics, Computer, Communication, Mechanical and Computing (EECCMC)), 28-29th Jan-2018, pp. 108-113, Jan 2018.
K. Johnson Singh, T. Sharan, “Design and Analysis of a Very High CMRR and PSRR, CMOS Instrumentation amplifier for Bio-Medical Applications,” International Conference on Electrical, Electronics, Computer, Communication, Mechanical and Computing (EECCMC)), 28-29th Jan-2018, pp. 284-289, Jan 2018.
Tripurari Sharan, Khoirom Johnson Singh and Anil Kumar Gautam, "Current Feedback Operational Amplifier-Based Biquadratic Filter," Advances in VLSI, Communication, and Signal Processing Book (Springer), Chap. 47, Lecture Notes in Electrical Engineering 587,https://doi.org/10.1007/978-981-32-9775-3_43
Sandeep Kumar Singh, Tripurari Sharan and Arvind Kumar Singh, “A Compact Multiband Rectangular Microstrip Antenna for UWB Applications,” International Conference on Startup Ventures: Technology Developments and Future Strategies 8–9 October 2018, Manipal University Jaipur, Rajasthan, India, vol. 594,1st August 2019, https://iopscience.iop.org/article/10.1088/1757-899X/594/1/012028/meta.
Anil Kumar Gautam, Tripurari Sharan, Nemthianhoi Zou P. “DTMOS based Low-Voltage Low-Power CCII+ and Biquad Filter using ± 0.25 V supply,” 2^nd International Conference (Springer) on VLSI, Communication and Signal Processing (2^nd VCAS 2019), 21-23 October 2019.
Tripurari Sharan, Akho John Richa, Anil Kumar Gautam, "Low-power Bulk-driven Subthreshold OTA and CCII+ Cells based Instrumentation Amplifier for LF Applications,"Fifth International Conference proceedings on Computers & Management Skills (ICCM-2019), 10th Jan 2020, https://dx.doi.org/10.2139/ssrn.3517435.
Anupam Kumari, T. Sharan, "CCII+ Cell Based Instrumentation Amplifier Using BD-CM Gain Enhanced OTA," International Conference proceedings on Computers & Management Skills (ICCM-2019), 10th Jan 2020, https://dx.doi.org/10.2139/ssrn.3517362.
T. Sharan, A.K. Gautam, “Low-voltage CCII+ Cells-based Tunable, Variable Gain Instrumentation Amplifier for Sub-Audio Frequency Signal Processing,” 7^th International IEEE Conference on Signal processing and Integrated Networks (SPIN-2020) held on 27^th to 28^th Feb. 2020, pp. 224-229, Feb. 2020, DOI: https://doi.org/10.1109/SPIN48934.2020.9071338.

International Journal Research papers

T. Sharan, V. Bhadauria, “Subthreshold, cascode compensated, bulk-driven OTAs with enhanced gain and phase-margin,” Microelectronics Journal, vol. 54, No. 8, pp. 149–165, August 2016, https://doi.org/10.1016/j.mejo.2016.05.009
T. Sharan, V. Bhadauria, “Fully differential, bulk-driven, class AB, sub-threshold OTA with enhanced slew rates and gain,” Journal of Circuits Systems and Computer, vol. 26, No. 1, Jan. 2017, https://doi.org/10.1142/S0218126617500013
T. Sharan, V. Bhadauria, “Fully Differential Operational Transconductance Amplifier with Enhanced Phase Margin and Gain for Ultra-Low-Power,” Journal of low power Electronics (JOLPE), vol. 13, No. 3, pp. 1-16, 2017, DOI: https://doi.org/10.1166/jolpe.2017.1504
T. Sharan, P. Chetri, V. Bhadauria, “Ultra-low-power bulk-driven fully differential subthreshold OTAs with partial positive feedback for G_m-C filters,” Journal of Analog Integrated Circuit and Signal Processing, vol. 94, No. 3, pp. 427-447, 2018, https://doi.org/10.1007/s10470-017-1065-5
T. Sharan, P. Chetri, V. Bhadauria, “Correction to: Ultra-low-power bulk-driven fully differential subthreshold OTAs with partial positive feedback for G_m-C filters,” Journal of Analog Integrated Circuit and Signal Processing, vol. 94, No. 3, p. 449, 2018, https://doi.org/10.1007/s10470-018-1121-9
K. Johnson Singh, T. Sharan, H. Tarunkumar “High Speed and Low Power Basic Digital Logic Gates, Half-Adder and Full-adder Using Modified Gate Diffusion Input Technology,” Journal of VLSI Design Tool and Technology, Vol. 8, Issue 1, pp. 34-42, 2018.
Sandeep Kr. Singh, Tripurari Sharan, Arvind Kr. Singh, " Characterization of Broadband Antenna Based on FR-4 Substrate Material," Materials today: Proceedings (ScienceDirect), vol.12 (3), pp. 628-635, 2019, DOI: https://doi.org/10.1016/j.matpr.2019.03.107.
Sandeep Kr. Singh, Tripurari Sharan, Arvind Kr. Singh, “A comparative performance analysis of various shapes and substrate materials loaded coplanar waveguide-fed antennas,” Materialstoday: Proceedings ScienceDirect.com Elsevier Journal, published on 4^th April-2020, https://doi.org/10.1016/j.matpr.2020.03.133
Nikhil Deo, Tripurari Sharan, Tanmay Dubey, "Subthreshold biased enhanced bulk-driven double recycling current mirror OTA," Journal of Analog Integrated Circuit and Signal Processing, 25th July. 2020, pp. 1-14, DOI: doi.org/10.1007/s10470-020-01689-8

9. MISCELLANEOUS

(i) Member, Departmental Post Graduate Committee (DPGC)

(ii) In-charge Circuit and devices LAB (ECE Department)

(iii) In-charge Instrumentation Lab (ECE Department

Cells

Centers

Cells

Centers

Department of Electronics and Communication Engineering

DEPARTMENTS

Engineering

Science

CENTRE