8085 microprocessor:architecture,programming and interfacing

8085 microprocessor:architecture,programming and interfacing, available at $49.99, has an average rating of 3, with 33 lectures, based on 2 reviews, and has 35 subscribers.

You will learn about architecture of 8085 microprocessor interfacing of 8085 programming of 8085 concept of address space isa of 8085 transfer instructions in 8085 data manipulation instructions in 8085 flags register in 8085 where does flags register come from in the architecture interrupts in 8085 interrupts architecture in 8085 machine cycles in 8085 This course is ideal for individuals who are those who want to know more expert stuff about microprocessors or students who want to pass the exams related the 8085 microprocessor like gate It is particularly useful for those who want to know more expert stuff about microprocessors or students who want to pass the exams related the 8085 microprocessor like gate.

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Summary

Title: 8085 microprocessor:architecture,programming and interfacing

Price: $49.99

Average Rating: 3

Number of Lectures: 33

Number of Published Lectures: 33

Number of Curriculum Items: 33

Number of Published Curriculum Objects: 33

Original Price: $84.99

Quality Status: approved

Status: Live

What You Will Learn

architecture of 8085 microprocessor
interfacing of 8085
programming of 8085
concept of address space
isa of 8085
transfer instructions in 8085
data manipulation instructions in 8085
flags register in 8085
where does flags register come from in the architecture
interrupts in 8085
interrupts architecture in 8085
machine cycles in 8085

Who Should Attend

those who want to know more expert stuff about microprocessors
students who want to pass the exams related the 8085 microprocessor like gate

Target Audiences

those who want to know more expert stuff about microprocessors
students who want to pass the exams related the 8085 microprocessor like gate

computer has been created by putting together centuries of different branches of science alongside each other, when you look at your computer processor and it says corei7, if you search it on the internet, you’d see its billions of transistors in a small chip. you can’t just go and start studying from there, it doesn’t matter how smart you are, you wouldn’t understand a thing, in order to understand your computer , you have to study it from the beginning, that’s why we created a course before this called “creating a cpu using transistors and logic gates” in which we create a working computer using transistors and logic gates and switches which is able to execute programs, but there is a world of difference between just any working cpu and a world-made processor like 8085.

8085 is an 8-bit microprocessor, if you understand this cpu, then you can move to understand 8086 which is the ancestor of any cpu that you see nowadays and says “x86”, the best way to understand topics like even the operating systems also you need to know the underlying hardware. so for those of you who want to learn it the correct way and be as an expert who truly understand every line of the code at the level of wires and switches, just trust this process, the following is the road map that we want to pass:

creating a cpu using transistors and logic gates(already available)

8085 microprocessor(available)

8086/8088 microprocessor(in progress)

ibm pc 5150

ibm pc monochrome graphic card

ibm pc bios

dos operating system

80286 microprocessor

80386 microprocessor

linux kernel

Course Curriculum

Chapter 1: 8085 transfer instructions and addressing modes

Lecture 1: computer and cpu architecture

Lecture 2: architecture of 8085 microprocessor

Lecture 3: 8085 address space

Lecture 4: memory mapping-mapping rom and ram in 8085 address space

Lecture 5: instructions and addressing mode-part1

Lecture 6: instructions and addressing mode-part2-direct and indirect

Lecture 7: indirect addressing mode

Lecture 8: mov instructions

Lecture 9: mvi and lxi instructions

Lecture 10: load from memory to registers instructions

Lecture 11: all transfer instructions with size,addressing mode and machine cycles

Lecture 12: how moving data is taking place INSIDE the 8085

Chapter 2: 8085 ALU and FLAGS register architecture and implementation

Lecture 1: 8085 alu

Lecture 2: ANDer hardware and AND instructions in 8085 alu

Lecture 3: OR and XOR hardware and instructions in 8085 alu

Lecture 4: clear and compare circuits in alu

Lecture 5: implementing the addition in alu of the 8085

Lecture 6: implementing subtraction for the alu

Lecture 7: implementing the parity circuit

Lecture 8: how flags register gets created and its effect on programming

Chapter 3: stack and stack operations in 8085

Lecture 1: what is stack and how to implement it-part1

Lecture 2: what is stack and how to implement it-part2

Lecture 3: stack operations in 8085

Lecture 4: stack operations-sphl

Lecture 5: stack operations-xthl

Chapter 4: interrupts and interrupt instructions in 8085

Lecture 1: interrupts, what and why

Lecture 2: call instructions

Lecture 3: ret and rst instructions in 8085

Lecture 4: software and hardware interrupts in 8085

Lecture 5: sim and rim instructions in 8085

Lecture 6: interrupt architecture in 8085

Chapter 5: 8085 interfacing and machine cycles

Lecture 1: interfacing 8085 to external chips

Lecture 2: machine cycles

Instructors

mohamad gharishvandi
Master of Science in Electronics engineering

Rating Distribution

1 stars: 1 votes
2 stars: 0 votes
3 stars: 0 votes
4 stars: 0 votes
5 stars: 1 votes

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