The Three Basic Element inside a Computer Chip -

Three Basic Element inside a Compute Chip - Three Basic Elements inside IC (Learn Verilog with Naresh Singh Dobal Series).       There are three basic elements in a computer chip, First one is called a transistor and this is the switch just like a light switch, that turn on or off, and flows and block the electricity, this is the three terminal device.       Next one is resistor, and resistor slows down the electricity, when electricity passes threw the resistor then it resist the flow of electricity, it’s symbol is like a zigzag line, and this is a two terminal device, and this is very important in electronics, Resistors comes in different values and different sizes. If you see...

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Let's start with making a Semiconductor Chip -

Lets start with making a Semiconductor Chip - Let's start with making a semiconductor chip (Learn Verilog with Naresh Singh Dobal series).        So now let’s talk about that how do you make these amazing computer chips. Before that we should understand what are Integrated circuits, just think like that, a chip is a switch like a light switch, when you turn on the switch then the electricity goes threw it, and light will turn on, and when switch is off, then it’s blocks the current and light will off. So in the case of semiconductor it’s partially conduct the electricity threw it. So when it is ON electricity goes threw it and light will on, and when it is off then its blocks the current and light will...

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Let's Know about our Semiconductor Industry -

Let's know about our Semiconductor Industry - Let's know about our semiconductor industry (Learn Verilog with Naresh Singh Dobal).      So friends, why we are here, I mean to this semiconductor industry. Obviously to make a lot of money, so lets talk about the industry in general, that how important we are, what we do, and how we can make money from this industry, First I would like to tell you some fact about this industry that how big actually this semiconductor industry is, means how much cost of computer chips resell each year, this is approximately 300 billion dollars, this records is according to the year 2010 but today is 2013, so that numbers must be higher, that is our gole, if we talking about the EDA...

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Computer Chips are Every-Where (Application of Electronics Chips).

Electronics Chips are Every Where : Computer Chips are every where (Application of IC) (Learn  Veriog with Naresh Singh Dobal).  Yes, This is right Computer chips are absolutely every where and in every field, even that places you dont't imagine, so they are in your computers and cellular phones, in your tablets, they are in your gaming systems  like xbox, play stations, they are in i-pods, DVD Players, TV's, watches, They are in automobile like cars, bikes, etc pacemakers, satellites, electronic greeting cards like when you open that some type of sound play from it, So you can say that electronics chips are every where - In communication, medical, Industrial automation, PLC devices, controlling instruments, Electronic...

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Very Important ACRONYMS & TERMS of Semiconductor Industry :

Important ACRONYMS -  Important Acronyms & Terms of Semiconductor Industry (Learn Verilog with Naresh Singh Dobal).            So Friends my first question to you is, that what we are, in this electronic semiconductor industry, We are EDA, i.e Electronic Design Automation, As the name indicates that we automating the design of electronics, That means we use computers to design all these complicated chips that may be used in Ipods, Laptops, Display systems, Sound systems, cell-phones, Tablets, Industry automation system, security system, medical etc.              The next important thing is CAD that is Computer Aided Design,...

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Electronics - Trends Setting Points

Electronics - Trends Setting Point : Electronics : Trend Setting Points (Learn Verilog with Naresh Singh Dobal Series)        First  I  would like to tell you few interesting things about the trends setting point of this semiconductor industry and electronics. According to a record that is found that the word  "electronics" has first comes in 1894,   Mainly in 1946 or before our early electronics computers use glass valves they called vacuumed tubes. What very interesting that the first electronics computer called INAC that have 18000 valves, that have a weight of 30 tons and takes the power required for the 10 homes. So amazing today's now we dont' take a computer having the weight...

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World of Integrated Chips AND Electronic Design -

World of Integrated Chips AND Electronic Design - World of Integrated Chips and Electronic Design with Naresh Singh Dobal.                                Welcome you ALL in the ERA of this Interactive session  named  "World of Integrated Chips and Electronic Design,  I  am   "Naresh Singh Dobal",   and I am going to give you some amazing information's about our Semiconductor Industry.        This small series will give you an idea about the VLSI chips, like how the computer chips are manufacture and how they are designed, This small Tutorial will develop a basic understanding...

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Design of 8 to 3 Parity Encoder using if -else statements (Verilog CODE)

Design of 8 to 3 Parity Encoder using if - else statements - Output Waveform 1 :  8 to 3 Parity Encoder Output Waveform :  8 to 3 Parity Encoder Verilog CODE - //----------------------------------------------------------------------------- // // Title       : parity_encoder // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : Parity Encoder using if else statement.v module parity_encoder ( din ,dout ); output [2:0] dout ; reg...

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Design of 8 : 3 Parity Encoder using conditional operator

Design of 8 : 3 Parity Encoder using Conditional Operator - Output Waveform 1 :  8  to  3 Parity Encoder Output Waveform  :   8  to  3 Parity Encoder Verilog CODE - //----------------------------------------------------------------------------- // // Title       : parity_encoder // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : Parity Encoder using conditional operator.v module parity_encoder ( din...

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Design of 8 nibble queue using Behavior Modeling Style (Verilog CODE)-

Design of 8 nibble queue using Behavior Modeling Style - Output Waveform :  8 nibble queue Design Verilog CODE - //----------------------------------------------------------------------------- // // Title       : queue_8nibble // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : 8 nibble queue design using behavior modeling style.v module queue_8nibble ( din ,clk ,push ,pull ,dout ); output [3:0] dout ; reg [3:0] dout ; input [3:0]...

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Design of 8 nibble Stack using Behavior Modeling Style (Verilog CODE).

Design of 8 - nibble STACK using Behavior Modeling Style - Output Waveform : 8 ibble STACK Design Verilog CODE - //----------------------------------------------------------------------------- // // Title       : stack_8nibble // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : Design of 8 nibble stack using behavior modeling style.v module stack_8nibble ( clk ,push ,pull ,din ,dout ); output [3:0] dout ; reg [3:0] dout ; input clk ; wire...

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Design of Parallel IN - Serial OUT Shift Register using Behavior Modeling Style (Verilog CODE).

Design of Parallel In - Serial OUT Shift Register using Behavior Modeling Style - Output Waveform :  Parallel IN - Serial OUT Shift Register Verilog CODE - //----------------------------------------------------------------------------- // // Title       : parallel_in_serial_out // Design      : vhdl_upload2 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog HDL Programs &  Exercise with Naresh Singh Dobal. // //----------------------------------------------------------------------------- // // File        : Parallel IN -  Serial OUT Shift Register.v module parallel_in_serial_out ( din ,clk ,reset ,load...

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FPGA / CPLD Based Project

FPGA / CPLD Based Project - Full Functional Industrial Digital Clock with Time & Alarm Setting with LCD Interfacing. Interesting 2 Digit Dice Game Project. Industrial Count Down Timer with Time Setting and Buzzer. Two Tokan Display with Direct Restart key and hold feature. GSM Control Robot with LCD Display (Shows Received Commands).  Metro Train Prototype System With LCD, Motor and automatic Door and Buzzer Interface. GSM Control Home Appliances. Wireless RF Controlled Robot With Transmission Power Saving and LCD Display. RF Controlled robot with lcd display using RF modules Home aplliances control remotely using RF module with two mode display. Multi function stepper motor control (direction_rotations). Sleep Mode time for any electrical appliances (more than 4 hours of...

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System Design using Loop Statements (Behavior Modeling Style)

System Design using LOOP Statements (Behavior Modeling Style) - Loops Statemetns (Behavior Modeling Style) - FOR Loop. WHILE Loop. FOREVER Loop. REPEAT Loop. FOR Loop Syntax - for     ( initilization    ;     condition    ;    increment  ) begin                     Sequential Statements   ; end While Loops Syntax - while    (condition)     begin             Sequential Statements    ; end Forever Loop    Syntax - forever     begin        Sequential Statements    ; end Repeat Loop    Syntax...

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Sample Programs for Basic Systems using Verilog HDL

Sample Programs for Basic Systems using Verilog HDL - Design of ODD Counter using FSM Technique (Verilog CODE). Timer Based Single Way Traffic Light Controller (Verilog CODE). Sensor Based Single Way Traffic Light Controller (Verilog CODE). Design of 8 Nibble ROM (Memory) using Behavior Modeling (Verilog CODE). Design of 8 Nibble RAM (Memory) using Behavior Modeling (Verilog CODE). Design of First IN- First OUT Register using Behavior Model (Verilog Code). Design of 8 nibble STACK using Behavior Model (Verilog CODE). Design of Stepper Motor Controller (Full Step) using Behavior Model (Verilog CODE). Design of Stepper Motor Controller (Half Step) using Behavior Model) Verilog CODE. ...

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Design of 4 Bit Adder cum Subtractor using Loops (Behavior Modeling Style) (verilog Code) -

Design of 4 Bit Adder cum Subtractor using Loops (Behavior Modeling Style) - Output Waveform :    4 Bit Adder cum Subtractor Verilog CODE - //----------------------------------------------------------------------------- // // Title       : adder_subtractor_4bit // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : Design of 4 Bit adder cum subtractor.v module adder_subtractor_4bit ( a ,b ,sel ,dout ); output [3:0] dout ; reg [3:0]...

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Design of 4 Bit Subtractor using Loops (Behavior Modeling Style) Verilog CODE

Design of 4 Bit Subtractor using Loops (Behavior Modeling Style) - Output Waveform :   4 Bit Subtractor Verilog CODE- //----------------------------------------------------------------------------- // // Title       : subtractor_4bit // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : Design of 4 Bit Subtractor using loops.v module subtractor_4bit ( a ,b ,diff ,borrow ); output [3:0] diff ; reg [3:0] diff ; output borrow ; reg borrow...

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Design of 4 Bit Adder using Loops (Behavior Modeling Style) (verilog code)

Design of 4 Bit Adder using Loops (Behavior Modeling Style) - Output Waveform :   4 Bit adder Verilog CODE-  //----------------------------------------------------------------------------- // // Title       : adder_4bit // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : Design of 4 bit adder using loop.v module adder_4bit ( a ,b ,sum ,carry ); output [3:0] sum ; reg [3:0] sum ; output carry ; reg carry ; input [3:0] a ; wire...

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Design of Stepper Motor Driver (Half Step) using Behavior Model (Verilog CODE) -

Design of Stepper Motor Driver (Half Step) using Behavior Modeling Style - Output Waveform :   Stepper Motor Driver (Half Step). Verilog CODE - //----------------------------------------------------------------------------- // // Title       : stepper_motor_half_step // Design      : verilog upload 4 // Author      : Naresh Singh Dobal // Company     : nsdobal@gmail.com // Verilog Programs & Exercise with Naresh Singh Dobal // //----------------------------------------------------------------------------- // // File        : Stepper Motor Driver (Half_step) using Behavior Model.v module stepper_motor_half_step ( start ,clk ,dout ); output [3:0]...

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