Use clean white or deep charcoal backgrounds. Avoid outdated gradients so that technical pinout diagrams remain crisp.
Many university domains (.edu) host their course materials directly. For example:
Though it has long been surpassed by multi-core gigahertz desktop processors, the Intel 8085 remains an indispensable teaching tool in hardware engineering. Its clearly defined internal structure, clean instruction set architecture, and accessible timing constraints provide students with an exceptional mental model for understanding computing mechanics. Mastering the concepts illustrated within the comprehensive 8085 slides by Ramesh Gaonkar lays a rock-solid foundation for graduating into contemporary ARM architectures, RISC-V computing, and industrial microcontroller systems.
The search for a "new" 8085 PPT based on Gaonkar is a quest for updated, comprehensive, and often more visually engaging study materials. These PPTs are the modern equivalent of classroom blackboard notes, often prepared by professors and industry experts to directly align with Gaonkar's latest editions. Here are key resources you'll encounter.
: Second highest. Maskable, edge-triggered. Vectored to 003CH . RST 6.5 : Maskable, level-triggered. Vectored to 0034H . RST 5.5 : Maskable, level-triggered. Vectored to 002CH . microprocessor 8085 ppt by gaonkar new
Microprocessor 8085 PPT by Gaonkar: Complete Presentation Guide
The Intel 8085 is an 8-bit, general-purpose microprocessor capable of addressing
The textbook by Ramesh Gaonkar is widely recognized as the definitive resource for understanding early semiconductor design. For generations of computer science and electrical engineering students, Gaonkar's structured explanations have formed the backbone of curriculum-aligned lecture slides and presentations.
MOV, MVI, LXI, LDA, STA, etc. (move data between registers, memory, and IO). Arithmetic Group: ADD, SUB, INR, DCR, DAA, etc. Logical Group: ANA, ORA, XRA, CMP, etc. Branching Group: JMP, JZ, JC, CALL, RET. Machine Control Group: HLT, NOP, SIM, RIM. Key Addressing Modes Immediate: Data is directly provided in the instruction ( MVIcap M cap V cap I Register: Data is moved between registers ( MOVcap M cap O cap V Direct: Address of data is given in the instruction ( LDAcap L cap D cap A 2000H2000 cap H Indirect: Register pair holds the address of data ( MOVcap M cap O cap V 5. 8085 Interrupts and Serial I/O Use clean white or deep charcoal backgrounds
Reads the current status of the mask bits, pending interrupts, and incoming serial data bits via the SID pin. 7. Interfacing Memory and Programmable Peripherals
A positive pulse emitted during the first clock cycle of a machine cycle to indicate that the bits on are address bits. RD¯modified RD with bar above
Classification of the Instruction Set (Data transfer, arithmetic, logical, branching)
The 8085 is an 8-bit, general-purpose microprocessor capable of addressing of memory. For example: Though it has long been surpassed
, which serves as the foundation for almost all academic PPTs on the subject.
: Built with NMOS technology, containing roughly 6,500 transistors packaged in a 40-pin Dual In-line Package (DIP).
Set to 1 if the ALU operation result is exactly zero.
Examples: ADD B (Add contents of register B to the Accumulator), SUB C (Subtract register C from the Accumulator), INR H (Increment register H by 1). Logical Instructions