In 1958, Jack Kilby demonstrated the first integrated circuit (this is considered an IEEE milestone). Since then, microchip performance has followed the observations of Moore’s law. What that means is today’s chips are 4.3 billion times more powerful than Kilby’s first revolutionary circuit.
AVLSI Timing CLassification unit ppts
avlsitiming_classification_of_digital_systems.pdf | |
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BVLSI Experiements
bvlsi_01.pdf | |
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bvlsi_02.pdf | |
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bvlsi_03.pdf | |
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bvlsi_04.pdf | |
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bvlsi_05.pdf | |
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bvlsi_06.pdf | |
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bvlsi_07_mux.pdf | |
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bvlsi_08.pdf | |
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bvlsi_09_full_adder_4.pdf | |
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bvlsi_10.pdf | |
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AVLSI Experiment
avls_expt_7.docx | |
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AVLSI PDFs
avlsitiming_classification_of_digital_systems.pdf | |
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adv_vlsi_memory_rom.pdf | |
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avlsi_arithmetic_ckts.pdf | |
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ANNOUNCEMENT
Please refer energy band diagram of MOS device under accumulation , inversion and depletion and MOSFET Capacitance topics strickly from CMOS Digital Integrated Circuits - Analysis and design by Sung Mo Kang
Please refer energy band diagram of MOS device under accumulation , inversion and depletion and MOSFET Capacitance topics strickly from CMOS Digital Integrated Circuits - Analysis and design by Sung Mo Kang
Energy band diagram of MOS device :Accumulation , inversion and depletion ( Latest)
energy_band_diagram.pdf | |
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Inverter Switching Characteristics ( Latest )
Note : this topic was not covered in class
Note : this topic was not covered in class
inverter_switching_characteristics.pdf | |
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POWER DISSIPATION IN CMOS CIRCUITS (LATEST)
Q . TYPES OF POWER DISSIPATION
Q. POWER DISSIPATION REDUCTION METHODS
Please Note : Read power dissipation pdf , before referring Sources of power dissipation
Q . TYPES OF POWER DISSIPATION
Q. POWER DISSIPATION REDUCTION METHODS
Please Note : Read power dissipation pdf , before referring Sources of power dissipation
power__dissipation_in_cmos_circuits.pdf | |
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SOURCES OF POWER DISSIPATION IN CMOS CIRCUITS ( LATEST)
sources_of_power_dissipation_in_digital_cmos_circuits.pdf | |
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Pass Transistor and Verilog ( Latest )
pass_trans_verilog_vlsi_.pdf | |
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MOS CAPACITOR C-V Characteristics and Frequency effects ( Latest )
mos_capacitor_cv.pdf | |
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SHORT CHANNEL EFFECTS ( LATEST)
short_channel_effects_in_mosfets.pdf | |
File Size: | 567 kb |
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Class ppts of VLSI Module 3 (Semiconductor Manufacturing Process)
module_iii_vlsi.pdf | |
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Syllabus for VLSI Mid Terms 2
1. Semiconductor manufacturing process Module ( Semiconductor manufacturing methods ( Mask Generation , Oxidation , CZ method , Photolithography , Ion implanatation , Diffusion and Metallization ) , Processing Steps for fabrication for Pmos , Nmos , Cmos p - Well , Cmos n-well , and Cmos twin tub process , CMOS LATCH -UP
2. Pass transistor and Transmission Gates ( 4:1 Mux , etc )
3. Mos inverter Module ( Concept of Noise Margin ( refer Univ Question and Kang ) , Resistive Load Nmos Inverter ( Derivation for Noise Margins + Numericals ) , Depletion load Mos Inverters ( Only Derivations ) , Inverter Sizing for one inverter driving another Inverter ( D-Load Nmos ) , CMOS Inverters ( Explanation and Derivation for 5 operation regions ) , Derivation for Switching or Threshold voltage for CMOS Inverters ( Plus Numericals) , Numericals on Noise Margins Calculation for a CMOS Inverter, VTC for CMOS Inverter inverter for different value of Kr.
1. Semiconductor manufacturing process Module ( Semiconductor manufacturing methods ( Mask Generation , Oxidation , CZ method , Photolithography , Ion implanatation , Diffusion and Metallization ) , Processing Steps for fabrication for Pmos , Nmos , Cmos p - Well , Cmos n-well , and Cmos twin tub process , CMOS LATCH -UP
2. Pass transistor and Transmission Gates ( 4:1 Mux , etc )
3. Mos inverter Module ( Concept of Noise Margin ( refer Univ Question and Kang ) , Resistive Load Nmos Inverter ( Derivation for Noise Margins + Numericals ) , Depletion load Mos Inverters ( Only Derivations ) , Inverter Sizing for one inverter driving another Inverter ( D-Load Nmos ) , CMOS Inverters ( Explanation and Derivation for 5 operation regions ) , Derivation for Switching or Threshold voltage for CMOS Inverters ( Plus Numericals) , Numericals on Noise Margins Calculation for a CMOS Inverter, VTC for CMOS Inverter inverter for different value of Kr.
Class ppts of VLSI Module 1
vlsi_unit_1.pdf | |
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Class ppts of Design rules and Layout
layouts_ds.pdf | |
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Semiconductor Simulation Applets
http://jas.eng.buffalo.edu/
http://jas.eng.buffalo.edu/
BE Electronics Syllabus
be_7-8-etrx___syllabus.pdf | |
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SEM 7 University Question Papers
june_2014_etrx.pdf | |
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december_2013_all_subjects_etrx.pdf | |
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december_2012_all_subjects_etrx.pdf | |
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june_2012all_subjects_etrx.pdf | |
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may_2011all_subjects_etrx.pdf | |
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december_2011all_subjects_etrx.pdf | |
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december_2010all_subjectsetrx.pdf | |
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How a Intel Processor is made : Amazing process
intel_chip_design.pdf | |
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from_sand_to_circuits.pdf | |
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Mosfet Transistor Basic
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CMOS INVERTER Slides
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board_33_vlsi.jpg | |
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board_33_vlsi1.jpg | |
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CMOS Digital Integrated Circuits - Analysis and design by Sung Mo Kang Topic wise Slides
chapter1_vlsi_basic_.pdf | |
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physics_of_mos_transistor_.pdf | |
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chapter5_mos_inverter_.pdf | |
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chapter6_mos_inverter_dynamic_behaviour_.pdf | |
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chapter7_nand_and_nor_design_.pdf | |
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Technical articles
changing_the_transistor_channel.pdf | |
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chipworks_reverse_engineering.pdf | |
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