Канал: G L Suma Lata

LED blink using arduino in simulator by G L SumaLata

LED blink using arduino in simulator by G L SumaLata

IBM Project of gurucool smartinternz by g l sumalata

IBM Project of gurucool smartinternz by g l sumalata

how to draw schematic of nor gate in mobile using electric circuit studio app by g l sumalata

how to draw schematic of nor gate in mobile using electric circuit studio app by g l sumalata

how to draw schematics of VLSI design lab using mobile app

how to draw schematics of VLSI design lab using mobile app

Inverter circuit test and transient response using LTSPICE by G L SumaLata (part2)

Inverter circuit test and transient response using LTSPICE by G L SumaLata (part2)

CMOS Inverter circuit schematic entry, symbol creation using LTSPICE by G L SumaLata ( part1)

CMOS Inverter circuit schematic entry, symbol creation using LTSPICE by G L SumaLata ( part1)

Schematic of CMOS inverter using LTSPICE by G L SumaLata

Schematic of CMOS inverter using LTSPICE by G L SumaLata

micron based rules for layout by g l sumalata

micron based rules for layout by g l sumalata

Lambda based design rules for drawing layout by G.L.SumaLata

Lambda based design rules for drawing layout by G.L.SumaLata

Integrated capacitors

Integrated capacitors

Integrated resistors

Integrated resistors

metallization and Encapsulation by G L SUMALATA

metallization and Encapsulation by G L SUMALATA

Basic electrical properties of MOSFETstransconductance,output conductance,figure of merit

Basic electrical properties of MOSFETstransconductance,output conductance,figure of merit

Derivation of Ids equation of MOSFET part2 by G L SUMALATA

Derivation of Ids equation of MOSFET part2 by G L SUMALATA

Derivation of IDS equation of MOSFET (part1) by G L SUMALATA

Derivation of IDS equation of MOSFET (part1) by G L SUMALATA

MOS AC PROPERTIES FIGURE OF MERIT CALCULATION

MOS AC PROPERTIES FIGURE OF MERIT CALCULATION

syllabus of VLSI Design of GRIET

syllabus of VLSI Design of GRIET

Course objectives and outcomes of VLSI Design of GRIET

Course objectives and outcomes of VLSI Design of GRIET

how to draw stickdiagrams

how to draw stickdiagrams

full adder using 28 transistors

full adder using 28 transistors

Generatr,propagate,delete the three important terms in full adder

Generatr,propagate,delete the three important terms in full adder

Introduction to VLSI Design part 2 MOS transistor details

Introduction to VLSI Design part 2 MOS transistor details

Introduction to VLSI DesignPart1 by G L SumaLata

Introduction to VLSI DesignPart1 by G L SumaLata

Determination of pullup by pulldown ratio(zpu/zpd) of an nMOS inverter driven by another nMOS invert

Determination of pullup by pulldown ratio(zpu/zpd) of an nMOS inverter driven by another nMOS invert

basics of MOSFETs

basics of MOSFETs

CMOSvsBiCMOS

CMOSvsBiCMOS

CMOS fabricationpwell,nwell,twintub

CMOS fabricationpwell,nwell,twintub

oxidation

oxidation

fabrication steps by G LSumaLata

fabrication steps by G LSumaLata

bicmos fabrication

bicmos fabrication

CPLD and FPGA implementation

CPLD and FPGA implementation

PLDs by G L SumaLata

PLDs by G L SumaLata

stickdiagram of BiCMOS Inverter by g l sumalata

stickdiagram of BiCMOS Inverter by g l sumalata

CMOS inverter stickdiagram by g l sumalata

CMOS inverter stickdiagram by g l sumalata

nMOS inverter operation by G L SumaLata

nMOS inverter operation by G L SumaLata

various pullups by G L SumaLata

various pullups by G L SumaLata

BiCMOS Inverters and improvements by G l SumaLata

BiCMOS Inverters and improvements by G l SumaLata

Characteristics of CMOS inverter by G L SumaLata

Characteristics of CMOS inverter by G L SumaLata

CMOS Inverter

CMOS Inverter

Doping techniques diffusion,ion implantation by G LSumaLata

Doping techniques diffusion,ion implantation by G LSumaLata

photolithography by G LSumaLata

photolithography by G LSumaLata

CZ or Crystal puller technique by G L SumaLata

CZ or Crystal puller technique by G L SumaLata

Fabrication steps of NMOS in detail by G L SumaLata

Fabrication steps of NMOS in detail by G L SumaLata

features of advanced ARM PROCESSOR(CORTEX M3) BY G L SUMALTA

features of advanced ARM PROCESSOR(CORTEX M3) BY G L SUMALTA

signed multiplication in 8086 using TASM BY G L SUMALATA

signed multiplication in 8086 using TASM BY G L SUMALATA

HOW TO DISPLAY A STRING IN 8086 BY G L SUMALATA

HOW TO DISPLAY A STRING IN 8086 BY G L SUMALATA

ADDING MULTIPLE NUMBERS IN TASM by G L SumaLata

ADDING MULTIPLE NUMBERS IN TASM by G L SumaLata

ADDITION PROGRAM IN TASM by G L SumaLata

ADDITION PROGRAM IN TASM by G L SumaLata

Keypad interface to 8051 by G L sumalata

Keypad interface to 8051 by G L sumalata

Instruction set of ARMpart4 by G L SUMALATA

Instruction set of ARMpart4 by G L SUMALATA

Instruction set of ARMpart 3 by G L SUMALATA

Instruction set of ARMpart 3 by G L SUMALATA

Instruction set of ARMpart2 data processing by G L SUMALATA

Instruction set of ARMpart2 data processing by G L SUMALATA

Instruction set of ARMPART1

Instruction set of ARMPART1

features of ARM

features of ARM

ARM core dataflow model by G L SUMALATA

ARM core dataflow model by G L SUMALATA

Keypad interface to 8051 example

Keypad interface to 8051 example

latchup in CMOS by G L SumaLata

latchup in CMOS by G L SumaLata

serial communication in 8051 using keil

serial communication in 8051 using keil

how to generate triangular wave in keil

how to generate triangular wave in keil

how to access interrupts of 8051 in keil

how to access interrupts of 8051 in keil

how to access stack in 8051 using keil with example

how to access stack in 8051 using keil with example

Architecture of 8086

Architecture of 8086

physical address calculation in 8086

physical address calculation in 8086

pindiagram of 8051

pindiagram of 8051

8051 architecture

8051 architecture

how to draw schematics easily using CMOS logic

how to draw schematics easily using CMOS logic

Recording #4

Recording #4

how to create wordpress

how to create wordpress