Microprocessor 8085 Ppt By Gaonkar |work|

: Includes the Accumulator, Temporary Register, Flag Register, and six general-purpose registers (B, C, D, E, H, L).

Use the slides to memorize the pin diagram and opcodes. Use the book (or YouTube tutorials) to understand why the 8085 does what it does.

A 16-bit register tracking the memory address of the next instruction to execute. microprocessor 8085 ppt by gaonkar

Copies data from a source to a destination without modifying it (e.g., MOV , MVI , LXI , LDA ).

I couldn't find a specific PPT by Gaonkar on the 8085 microprocessor. However, I can suggest some possible resources where you can find PPTs on the topic: A 16-bit register tracking the memory address of

Example: ADD B (Add B to Accumulator), ANA C (Logical AND C with Accumulator). Branching Instructions These alter the flow of the program. Example: JMP 2000H (Jump to address 2000H), CALL , and RET . Interfacing and Applications

The presentation starts by building a strong conceptual foundation. You'll find slides that clearly define what a microprocessor is, its historical context, and why it's considered a "programmable device." However, I can suggest some possible resources where

If you’ve ever studied electronics or computer science, you know that book is the ultimate bible for understanding the 8085 architecture.

8-bit. It can process, read, or write 8 bits of data simultaneously. Address Bus Width: 16-bit. It can directly address memory locations (64 KB).

The 16-bit address space treats peripheral I/O devices exactly like regular memory locations. Standard instructions like MOV and LDA are used.

Controls the status of the processor or manages specific operational states. NOP (No Operation; wastes 4 T-states for timing delays) HLT (Halt CPU operations until an interrupt occurs) 6. Interrupt Structure