Electrical Design

RESUME of Professor T.S. Kalkur

Home Address: ****, *** ***** **., ******** Springs,

CO80919.

Business Address: Department Of Electrical and Computer

Engineering

University of Colorado at Colorado

Springs (UCCS)

Colorado Springs, CO80933-7150.

Phone numbers: 719-***-**** (Office)

(719)

598-2965 (residence)

Email address: ******@***.****.***

Education

Ph.D., University of Western Australia, 1986

M.Tech., Indian Institute of Science, 1979

B.S., University

of Mysore, 1975

Experience

2006-present Chief Editor, Journal of Active

and Passive Components, Hindawi

Publishers, formerly Taylor Francis

2004 present Director, Microelectronics Research

Laboratories, UCCS.

1997- present Professor, Dept. of Electrical

and Computer Engineering, UCCS

1991-1997 Associate Professor (tenured), UCCS

1992-1993 (June-Feb.)Visiting

faculty researcher, Hewlett-Packard Laboratories

Palo Alto, California.

1987-1991 Assistant

Professor, UCCS

1985-1987 Visiting Asst. Professor, UCCS.

1983 Post Graduate Research, University of Western

Australia.

1979 Assistant Executive Engineer, Integrated

Circuit Laboratory

Indian Telephone Industries

1975 Lecturer,

St.AgnesCollege, Mangalore,

India

Awards and Honors

Government of India National

Merit Scholarship

University of Western

Australia Research Scholarship

National Science Foundation Research

Initiation Award.

Listed in Marquis, Who s Who

in Science and Engineering, 1998.

UCCSCollege

of Engineering and Applied Science, Outstanding Teacher Award, 1997.

UCCSCollege

of Engineering and Applied Science, Outstanding Researcher Award, 2002.

UCCS Faculty Excellence in

Research Award, 2004.

Courses Taught

Undergraduate: Logic

circuits, Computer organization, Electronics I, Electronics II, Semiconductor

devices, linear systems.

Graduate: CMOS

Digital VLSI Design, CMOS Analog VLSI Design,

CMOS RF Circuit Design, Mixed Signal Design, VLSI Processing, Analog

Bipolar IC Design, Design of Analog and Digital circuits with BiCMOS, CMOS

Technology for Designers, Advanced Semiconductor Devices, GaAs IC Design,

Physics of Semiconductor Devices, Micromachining (independent study),

Microelectronics IC Fabrication Laboratory

Student advising

Presently advising 25 graduate

students (12 Ph.Ds and 10 M.S) with

thesis topics on CMOS circuit design, testing, processing,, and sensors.

Areas of research interest

Design of CMOS and BiCMOS

circuits, VLSI processing, ferroelectrics for sensors and nonvolatile memories,

GaAs FETS, and HBTs, VLSI testing for process defects, micromachining, tunable

no-linear dielectrics.

Patents

"Structure and fabrication

of high dielectric constant metal/dielectric/semiconductor capacitor for use as

storage capacitor in memory devices, with G. Argos, Applicant: Ramtron

International Coroporation, European patent and U.S. Patent No. 5,338,951.

"Structure and fabrication

of high transconductance MOSFET using buffer layer/ferroelectric/buffer layer

stack as the gate dielectric, with G. Argos, Applicant: Ramtron International

Corporation, European patent awarded.

"Novel low voltage BiCMOS

buffer, with S. Zhang and S. Lee, Applicant NCR/AT & T Corporation, Colorado Springs, pending

Polarization switching D/A

converter and method Patent pending.

Reducing Jitter in PLL using

ferroelectric capacitors, inventional disclosure.

Reviewer

National Science Foundation,

Materials Research Society, Thin Solid Films, IEEE Transactions on

Electron devices, Journal of Applied Physics, Journal of

Electronic Materials, Integrated Ferroelectrics, Journal of the

Electrochemical Society, IEEE Transactions on Circuits and Systems, IEEE

Transactions on Solid State Circuits

Consulting

2005-2006 GH Systems, Huntsville, Alabama.

2004-2005 Technical Expert, Law Firm of

Wilson Sonsini Goodrich and

Rasati, Palo Alto, CA

2002-2004 COVA Technologies

2002-2004 Proposal reviewer, ITU

Ventures, CA.

2000 -2002 Atmel

Corporation and Hipoint Technology Coroporation

2000

(spring) Vitesse

Semiconductor Corporation

1999 (fall) Applied

Ceramics Research, Incorporated

1993-1997 Silicon Mountain Designs (micromachining)

1993-1997 Teledyne Brown Engineering, Huntsville, Alabama.

1994-1995 Hewlett Packard, Colorado Springs (short course on CMOS)

1995-1997 Blue Line Engineering (micromachining)

1996 (summer) Symbios Logic

(short course)

Ph.D. D Dissertation Supervision:

Students Graduated:

Dr. Greg Pauls, Phase Locked

Loop utilizing polarizing ferroelectric capacitor timing element, Fall 2006.

Dr. Asad Jamil, Tunable high-K based Phase

Locked Loops Spring 2006

Dr. Ali Mahamud, Active Phase

Shifter using Tunable High-K, Fall 2005

Dr. Shunming Sun, Polarization Switching D/A converter, 2004,

Employment: Black Forest

Engineering, Colorado Springs.

Dr. Younus Lotfi, LC Tank Based VCOs, 2004,

Employment: Vitesse

Semiconductors, Colorado Springs.

Dr. Mark Azadpur, Clock Analysis Tool including inductance effect, 2003.

Employment: Vitesse

Semiconductors, Colorado Springs.

Dr. Aron Chen,

Delay Model for Deep Submicron CMOS, 2001.

Employment: UTMC/Aeroflex, Colorado Springs,

Dr. John Lindsey, Three dimensional integration of EEPROMS, 1999.

Employment: Agilent

Technologies, Colorado Springs.

Dr. Wei Liu, Current mode CMOS

circuits for GMR heads 1998.

Employment: Hewlett Packard

Laboratoies, Palo Alto, CA.

Dr. M. Lim, Ferroelectric Gate FETs, 1997.

Employment: 1997-2003, Symetrix

Coropration, Private Business in S. Korea.

Dr. Shayan Zhang, Delay Analysis in BiCMOS

buffers, 1994.

Employment: Motorola Circuit

Technology Group, Austin, TX.

Co-Adviser, Dr. Yicheng Lu,

Ohmic Contact to GaAs, 1988.

Employment: Regent Chair

Professor, Rutgers University,

NJ.

Students to graduate:

Mosur Rahman, Modeling

Nano-Crystal Memories, Spring 2007.

Jong Kim, Circuit Design

Techniques for High Speed Output Buffers, Spring 2007

Eustace Asagnawa, ESD breakdown

in deep submicron devices, Fall 2007

Abu Kabir, Modeling of ESD

Structures for Deep Sub Micron CMOS, summer 2007.

Changui Lin. Novel CMOS based

Low Noise Amplifiers:, summer 2007.

Iustin Ignasiu, Modulators and

Demuodulators based on high-K dielectrics, Fall 2007.

Students working on research

tipics:

Sumit

Bijan

Kevin

Mike Tostanaski

Jill

Funded Research

2006 CSEM Scholarships, $500,000 . NSF CO P.I,

2006 Heater development, University of Maryland, P.I. $9,200

2006 Modeling of nanomosfet with NIST,P.I. $50,000.

2005 Research Expereinces for

Undergraduates NSF, P.I. 2006

2004 Research Experiences for

Undergraduates, NSF, P.I, $ 6,000.

2004 Innovation in ECE curriculam, NSF,

Co-investigator, $ 100,000.

2004 ESD studies in deep submicron CMOS,

Atmel, P.I. $ 6000.

2004 Research Experiences for

Undergraduates, NSF, P.I. P.I. $6,000.

2003-04 Magnetic Sensing for Secure Installations,

NISSC, P.I. $29,000

2003 Heater Development for Boiling Studies

under zero gravity, NASA, P.I.,

$20,000.

2003 High Dielectric

Constat-Based Tunable elements for PLLs, NSF, $192,000, PI

2003 Research Experiences for

Undergraduates, NSF, $10,000.

2002 Ferroelectric Gate Transistor, COVA

Technologies, P.I. $ 207,000.

2002 MEMS Testing Coventoor, P.I. $43,000.

2002 Heater development for boiling studies

under zero gravity, NASA, P.I.

$35,000.

2002 Support to Undergraduate

Students for Current NSF Project, National Science Foundation, $10,000, PI

2001 Heater Array for Studying

Boiling Phenomena Under Zero Gravity, University of Maryland

(NASA Contract), $17,000, PI

2001 MEMS Testing, Conventor, $25,000, PI

2001 Analysis of Thin Film Materials for Batteries, Compact Power

Inc., $16,500, PI

2001 A Polarization

Switching-Based Digital-to-Analog Converter, National Science Foundation,

$180,000, PI

2000 Heater Array for Boiling Studies, University of Florida,

$15,000, PI

2000 Linear Heater Array for Boiling Studies, University of Maryland,

$15,000, PI

1999 Micromachining, UCCS Creative Works Committee, $5,000, PI

1999 "Heater Array for NASA"

$25,000, University

of Maryland, PI

1998 "Heater Array for Boiling Studies," $15,000, University of Florida,

PI

1998 "Rapid Bacteria

Detection," $35,000, Colorado Biotechnology

Grant (with Med Logic), co- PI

1998 Ferroelectric Gate FETs, Rockwell Semiconductor Systems,

$25,000, PI

1998 Faculty Development Grant, UCCS, $10,000, PI.

1997 Rapid Determination of Bacteria, American

Water Research Foundation, $150,000, CO-PI.

1997 Heater Array on Flexible

Substrates, University

of Denver, NASA

subcontract, $13,200, PI.

1997 Smart Actuators, Grigsby Trust Grant, $2,700, PI.

1996 "Micromachined Adaptive Optics," Blue Line Engineering,

$45,000, PI.

1996 Heater Array to Study

Boiling Point, University

of Denver, NASA

subcontract, $12,300, PI.

1996 Library Evaluation for VLSI, ILSI, $8,000, PI.

1995 "Tilting Micromirrors, SiliconMountain

Designs, $64,000, PI.

1994 "Heater for Evaporation Under Zero Gravity," $5,100,

NASA subcontract, PI.

1995 "Micromachining," Grigsby Trust Grant, $7,000, PI.

1993 "Ferroelectric-Based Sensors," Ford Microelectronics,

$20,000, PI.

1994 "Micromachining for Optical Applications," $5,000, PI.

1993 "Reliable Process Development for HBTs," $10,000, PI.

1993 "Porous Silicon Photodetector, UCCS Creative Works

Committee, $2,500, PI.

1991 "ICB Deposition of PZT, Ramtron Corporation, $50,000,

Co-PI.

1990 "Logic

Gates Using High Tc Superconductors, National Science Foundation, $60,000

+$10,000 (UCCS), PI.

1990 "ICB

Deposited Ferroelectrics for Nonvolatile

Memeories, Ramtron Corporation, $60,000 Co-PI

1990 "Charge

Coupled Amplifier Using Amorphous Silicon," Glass Technology Solar Inc.,

$7,000, Co-PI

1990 "In-situ Annealed Ohmic Contact to GaAs, Grisby Trust

Grant, $2,300, PI

1989 "Superconducting Opening Switch, Kaman Science Corporation,

$60,000. Co-PI

1989 "Ferroelectric Thin Films, Ramtron Corporation, $250,000,

Co-PI

1988 "Studies on Ionic Current in PZT Due to Oxygen Vacancies,

$50,000, PI

1988 "Superconducting

Microwave Limiters, Kaman Sciences Corporation, $50,000, Co-PI.

1988 "Superconducting

interconnects for integrated circuits,

UCCS Creative Works Committee, $4,500, PI

1987 "Superconducting Thin Films, Kaman Sciences Corporation,

$50,000, Co-PI

1987 "Ohmic Contact to Be Implanted GaAs, Ford Microelectronics,

$5,000, PI

1986 "Formation

and Characterization of Silicides for Integrated Circuits, CAMI, $5,000, PI

1986 "Ohmic Contact to Be Implanted GaAs, Ford Microelectronics,

$20,000, PI

1986 "Rapid

Thermal Annealing of Ion-Implanted GaAs, UCCS Creative Works Committee,

$4,200, PI

Publications

Refereed Journals:

100) Greg Pauls and T.S. Kalkur,

PLL Jitter Reduction by

Utilizing Ferroelectric Capacitor as VCO Timing Element, Accepted for publication, IEEE Transactions on

Ultrasonics and Ferroelectrics, Feb. 2007..

99) Mosur Rahman, Bo Lojek and T.S. Kalkur, Simulation of capacitance

vs voltage

Characteristics MOS structures with silicon nano-crystals, submitted

to IEEE Transactions on Nano Technology, 2006.

98) Greg Pauls and T.S. Kalkur, PLL based on ferroelectric capacitor

as a timing element, submitted to the Journal of Integrated Ferroelectrics,

2006.

97) Asad Jamil and

T.S. Kalkur, Phase Locked Loops Based on High-K Capacitor, submitted

to the Journal Integrated Ferroelectrics, 2006.

96) T.S. Kalkur, Mike D Amico and Greg Pauls, Polarization switching

Analog to Digital Converter, Integrated Ferroelectrics, vol.81, 181-186, 2006.

95) Jong Kim and T.S. Kalkur, Constant Gain Wideband Series Shunt

Active Feedback Amplifier for a Low Impedance Transmission Line Driver,

submitted to IEEE Solid State Circuits, 2006.

94) Ali Muhamad, T.S. Kalkur and N. Cramer, Active phase shifter

implemented with high-K capacitors, submitted to IEEE MTT, 2006.

93) Jong K. Kim and T.S. Kalkur, Pre-Emphasis Current Mode Logic

Output Amplifier Using an Analogue Continuous Time Finite Impulse Response

Filter Techniques for High Speed CMOS I/O Buffer, submitted to IEEE

Transactions on Circuits and Systems, 2006.

92) A. Jamil, T.S. Kalkur and N. Cramer, 300 MHz tunable VCO

implemented with high-K capacitor, To be published in IEEE Transactions on Ultrasonics

and Ferroelectrics, Feb. 2007.

91) Ali Muhhamad, T.S. Kalkur and N. Cramer, 1 GHz Active Phase Shifter Based on Tunable High-Dielectric Constant BST Thin

Films, IEEE Microwave and guided

letters, vol.16, 261-263, 2006.

90) D. Dalton, David Killingensmith, Fred Gnadinger, M. Rahman, Ali

Mahmud and T.S. Kalkur, Ferroelectric Charge Transfer Device Using

Polarization assisted tunneling for single transistor memories, Integrated

Ferroelectrics, vol.81, 187-196, 2006.

89) Greg Pauls and T.S. Kalkur Parameterized Ferroelectric Capacitor

Macromodel Suitable For Mixed Signal Applications, Integrated Ferroelectrics, vol.

81, 165-179, 2006.

88) Ali Mahmud, T.S. Kalkur, Asad Jamil, and N. Cramer, Design, Modeling and

Characterization of an Active Phase Shifter Using A Ferroelectric Capacitor, Integrated

Ferroelectrics, vol.81, 197-205, 2006.

87) Asad Jamil, T.S. Kalkur and N. Cramer, Voltage Controlled

Oscillator Design Using Ferroelectric Varactors, Integrated Ferroelectrics, volume

81, 2006.

86) Nick Cramer, A. Mahmud and

T.S. Kalkur, Effect of annealing on leakage current in BST and BCTZ films with platinum electrodes, vol.87,

APL, 2005.

85) D. Kim, D. Dalton,

Fred Gnadinger, M. Rahman, A. Mahmud and T.S. Kalkur,

MOCVD deposited YMnO3 films on Silicon, accepted for publication in the Journal

Material Letters, 2004.

84) D. Kim, D. Dalton.

Fred Gnadinger, M. Rahman, A. Mahmud and T.S. Kalkur, Characteristics of MOCVD

deposited YMnO3 films on Pt/Ti/SiO2/Si substrates, submitted to the Journal

Applied Physics Letters, 2004.

83) Jong Kim and T.S. Kalkur, High Speed Current Mode Logic Amplifier

using Positive Feedback and Feed Forward Source Follower Techniques for High

Speed CMOS I/O Buffer, IEEE Solid State Circuits, March, 2005.

82)

D. Kim, D. Killingensmith, D. Dalton, K, Dimmler, V. Volariu, Fred.Gnadinger,

T.S. Kalkur, A Mahmud and M. Rahman, C-Oriented MOCVD YMNO3 Thin Film

and its Electrical Characteristics in MFIS 1-T FRAM,, Integrated Ferroelectrics, vol.68, p. 68-76,

2004.

81)

A. Mahmud, T.S. Kalkur and N. Cramer, An Active Phase Shifter using Tunable

Ferroelectric Capacitor, Integrated

Ferroelectrics, vol.66, pp. 153-160, 2004.

80)

S. Sun and T.S. Kalkur, A 9-Bit Bipolar Polarization Switching Digital to

Analog Converter Based on Ferroelectric Capacitors, Integrated Ferroelectrics,

vol.67, pp. 213-221, 2004.

79)

T.S. Kalkur, N. Cramer, E. Philofsky and L. Kammerdiner, Low Temperature

Sputter Deposited BCTZ films on Nickel

Electrodes, to be published in the journal Integrated in the Journal

Integrated Circuits, 2004.

78)

N. Cramer, E. Philofsky, L. Kammerdiner and T,S. Kalkur Vector Network

Analyzer Characterization of Planar Capacitors with high-K Dielectrics, Integrated Ferroelectrics, vol.66,

171-178, 2004.

77)

A. Jamil, T.S. Kalkur and N. Cramer, Verilog-A Modeling of Ferroelectric High-K Capacitors

for Tunable Circuit Applications, Integrated Ferroelectrics, vol. 66, 163-171, 2004.

76) N. Cramer, E. Philofsky, L. Kammerdiner

and T.S. Kalkur, Low temperature sputter deposition of BCTZ films Applied Physics Letters, vol.84, 771, 2004.

75) S. Sun and T.S. Kalkur,

Polarization Switching Charges in Digital to Analog Converter, IEEE Transactions in Ultrasonics and

Ferroelectrics, vol. 52, no.5, 837-843, May,

2005.

74) S. Sun and T.S. Kalkur, Modeling

of Charge Switching in Ferroelectric Capacitors, IEEE Transactions on

Ultrasonics and Ferroelectrics and Frequency Control, vol.51, no.7, 786-703,

2004.

73) Changui Lin and T.S. Kalkur,

Frequency domain analysis of Assymetrical Interconnects submitted to the

Journal of Microwave and Applied Optics Letters, 2003.

72) Mark Azadpour and T.S. Kalkur, A Clock

Interconnect Extractor for Multigigahertz Frequencies Incorporating Inductance

Effect, IEEE Transactions on VLSI Systems, vol. 11, no.6, 1143-46 (2003)

71) Gary Moscaluk and T.S. Kalkur, A 1.8V 4k FeRAM using

0.2m process and Novel Design

Techniques, Journal of Integrated Ferroelectrics, vol.56, pp. 1151-1160, 2003.

70) T.S. Kalkur and Shunming Sun, A Proposed Architecture

for Polarization Switching D/A Converter PDAC, Journal of Integrated

Ferroelectrics, vol. 56, 1141-1149, 2003.

69) T.S. Kalkur, Charles Cotey, K. Chen and S. Sun, Tunable

Voltage Controlled Oscillator with High Dielectric Constant Materials, Journal

Integrated Ferroelectrics, vol.56, 1123-1129, 2003.

68) N. Kramer, E. Philofsky, L. Kammerdiner and T.S. Kalkur,

An Equivalent Circuit Model for Ba0.5Sr0.5TiO3-Based Capacitors, Journal

Integrated Ferroelectrics, vol.58,

1395-1402, 2003.

67) N. Kramer, T.S. Kalkur, E. Philofsky and L. Kammerdiner,

Dielectric Properties of

Ba0.5Sr0.5TiO3 thin films from DC to KA Band, vol.52, pp.413-420, 2003.

66) T.S. Kalkur and S. Sun,

Modeling of Ferroelectric Switching Excited by Triangular or sinusoidal

voltage signals, vol.48, pp. 79-87, 2002.

65) T.S. Kalkur, Wu Yi, Elliott Philofsky, Lee Kammerdiner,

Dielectric and tunable properties of BCTZ on MgO and SiO2/Si substrates,

Journal of Integrated Ferroelectrics, vol.46, pp. 123-129, 2002.

64) T.S. Kalkur, Wu Yi, Elliott Philofsky, Lee Kammerdiner and Tony

Rywak, Electrical Characteristics of

High Dielectric Constant BCTZ films Integrated Ferroelectrics, vol. 38, nos.

1-4, 933-938, 2001.

63) Wu Yi and T.S. Kalkur, E. Philofsky and L. Kammerdiner Electrical

characteristics and tunability of BCTZ films on MgO, Journal of Material

Letters, vol.57, 4147, (2003)

62) T.S. Kalkur and S. Sun,

Characteristics of charge pump with High K material capacitors Journal of Integrated Ferroelectrics, vol.38,

nos.1-4, 923-932, 2001.

61) Wu Yi, T.S. Kalkur, Lee

Kammerdiner, Elliott Philofsky and Tony Rywak, Electrical Charactersitics of

BCTZ films on Pt/Ti/SiO2/Si, Applied Physics Letters, May 2001.

60) Wu Yi, T.S. Kalkur, Lee

Kammerdiner, Elliott Philofsky and Tony Rywak, Electrical Charactersitics of

BST films on Pt/Ti/SiO2/Si, Thin Solid

Films, Feb.2002.

59) T. S. Kalkur, W. C. Yi, E.

Philosofky, L. Kammerdiner, and T. Rywak, Electrical characteristics of BCTZ

thin films on Pt, to be published in Integrated Ferroelectrics, 2001

58) Brock LaMeres and T. S.

Kalkur, The effect of ground vias on changing signal layers on a multi-layered

PCB, Microwave and Optical Letters, Feb. 2001.

57) Yi Wu, T.S. Kalkur, Lee

Kammerdiner, and Elliott Philofsky, Electrical characteristics of undoped BCTZ films for high dielectric

constant applications, accepted for publication, Journal of Integrated

Ferroelectrics, 2001.

56) Yi Wu and T.S. Kalkur,

Electrical characteristics and tunability of BCTZ films on MgO, submitted to Applied

Physics letters, 2001.

55) Yi Wu, T.S. Kalkur, Lee

Kammerdiner, Elliott Philofsky, and Tony Rywak, Electrical charactersitics of

BCTZ films on Pt/Ti/SiO2/Si, Applied Physics Letters, May 2001.

54) Yi Wu, T.S. Kalkur, Lee

Kammerdiner, Elliott Philofsky, and Tony Rywak, Electrical Characteristics of

BST films on Pt/Ti/SiO2/Si, accepted for publication, Thin Solid Films, 2001.

53) Brock J. LaMeres and T.S. Kalkur, The effect of ground

vias on changing signal layers on a multi-layered PCB, Microwave and

Optical Letters, Feb. 2001.

51) Brock J. LaMeres and T.S.

Kalkur, Characterization of a Printed circuit via by TDR Microwave Journal,

October, 2000.

50) T.S. Kalkur and John

Lindsey, "MFIS characteristics of SBT film on polysilicon with yttrium

oxide as the buffer layer, Integrated Ferroelectrics, vol. 34, 147- 153, 2000.

49) T.S. Kalkur and Rich

Klinger, "Digital to analog Converter based on ferroelectric switching, Integrated

Ferroelectrics, 2000.

48) T.D. Rule, J. Kim,

R.W.Quine, T.S. Kalkur, and J.N. Chung, Meaurement of Spatially and Temporally

Resolved Heat Transfer coefficients in subcooled pool boiling, in Convective

Flow and Pool Boiling, edited by M.

Lehner, R. Mageinger, and Francis Taylor, 1999.

47) J. Kim, R.W. Quine, and T.S.

Kalkur, Design and Development of a diode array for use in pool boiling heat

transfer, Journal of Japan Society of Microgravity and Application,

Vol.15, pp.202-207, 1998.

46) M. Lim and T.S. Kalkur, The

role of leakage current on the memory windowand memory retention in MFIS

structures, Integrated Ferroelectrics, 1998.

45) H.N. Lee, M. Lim, Y.T. Kim,

T.S. Kalkur, and S.H. Choh, Characteristics of Metal/Ferroelectric/Insulator/

Semiconductor Field Effect Transistors using a Pt/SrBi2Ta2O9/Y2O3/Si

Structure, Japanese Journal of Applied Physics, Feb.1998.

44) Wei Liu and T.S. Kalkur,

Wide Band CMOS amplifier as front end for disk drive systems, IEEE

Transactions on Circuits and Systems, Feb.1999.

43) Steven Haehn and T.S. Kalkur, Failure

Analaysis by Iddq Testing, Journal of Testing and Testability

Analysis, vol. 11, 273-283, Dec. 1997.

42) T.S. Kalkur, L.Liang,, and

Y.C. Lu, "Electrical characteristics of MOCVD deposited BST/YBCuO on LaAlO3

substrates, Integrated Ferroelectrics, vol.11, pp.129-136, 1995.

41) M. Lim

and T.S. Kalkur, The role of buffer layer on the electrical characteristics of

MFIS structures, Integrated Ferroelectrics, vol. 13, 246, 1996

40) T.S. Kalkur, Brad Jacobs,

and George Argos, " Ferroelectric gate MOSFETS, Integrated

Ferroelectrics, vol. 5, 177-184, 1994.

39) T.S. Kalkur, Brad Jacobs,

and George Argos, "Characteristics of Lead Titanate based MIS capacitor

with ZrO2 as the buffer layer, Journal of Thin Solid Films, 1994.

38) T.S. Kalkur,

"Characteristics of Barium Magnesium Fluoride (BMF) based MIS

capacitorsand MFSFETS, Integrated Ferroelectrics, vol.4, 357-364 (1994)

37) S. Zhang, T.S. Kalkur,

S.Lee, and L. Gatza, "Delay analysis and characterization of a low voltage

BiCMOS logic circuit, IEEE Trans.

on Solid State Circuits,

vol.29, no.10 (1994)

36) S. Zhang and T.S. Kalkur,

"Analysis of BiCMOS buffers for input voltages with finite rise time, IEEE

Trans. on Solid State Circuits, vol.29, no.7,

797-807(1994)

35) S.Zhang, T.S. Kalkur, S.Lee,

and D. Chen, "Analysis of switching speed of BiCMOS buffer under high

current, IEEE Trans. on Solid State Circuits, vol.29, no.7,

787-797 (1994)

34) D. Chen, T. Rabson, C.

Araujo, and T.S. Kalkur, " Modelingand Characterization of MFISFETs, Integrated

Ferroelectrics, vol.3, 321-326 (1994).

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