Research Area:
- Design of Rail to rail Structures
- Design of Current mode Instrumentation Op amp
- Low voltage high gain analog structures
- Gain Boosting technique
- Power Distribution of Wireless Ad-hoc Networks with Topology Control
- An efficient energy saving mechanism for IEEE 802.16e wireless MANs
- Leakage current analysis and Reduction techniques for low power VLSI circuits
- Analysis and Design of Low Leakage SRAM Cells
- Noise tolerance enhancement techniques for low power and high performance VLSI circuits
- Performance Evaluation of Deep Submicron Logic Circuits for Low Power, Low Voltage, and High
- Speed VLSI Applications
Name of the Lab
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VLSI Design
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Location
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C-103
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Activities of the Lab:
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A.1
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Digital, analog, mixed signal and RF integrated circuits with focus on wireless sensor network, mobile multimedia and biomedical applications and
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A.2
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Design and implementation of low power and high performance efficient digital and analog blocks.
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A.3
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Reconfigurable computing and electronic design automation
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A.4
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Simulation and modeling of sub-0.1 micron channel length MOSFETS.
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A.5
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Supports the laboratory classes including MOS VLSI circuit design, Mixed Analog Digital design, CAD for VLSI, VLSI Testing and Testability, VLSI System Design, Low Power Circuits and Systems.
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Software in the Lab:
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S.1
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MINIMOS (Minimos-NT, Minimos 6.1, Minimos 6.1 Win, delink 1.0, Sap, Simon, Promis, SIESTA, VMC 1.0).
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S.2
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Circuit Simulator (Pspice (7.1, 7.2, 9.1, 9.2), T-Spice (Tanner Tool)
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S.3
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Layout Editor (Microwind & Dsch 3.1, LEdit(Tanner Tool))
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S.4
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Xilinx ISE, Model Sim, Mentor Graphics (FPGA, DFT), CADANCE UNIVERSITY PACKAGE,
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Hardware in the Lab:
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H.1
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CPLD-XC 9572, TM 15C
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Typical M.Tech/MBA Projects handled in the Lab:
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P.1
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“Design of Low power and high performance SRAM cell using sleep transistor technique”, ( Nalin Agrawal.)
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P.2
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“Low power double edge triggered D flip flop design”,( Rahul Sharma.)
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P.3
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“Analog wavelet filter design and implementation”, ( Pawan Jumrani.)
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Associated Faculty/Staff
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Dr. Manisha Pattanaik
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Telephone No.
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2449711
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