Microprocessor 8085 Ppt By Gaonkar New -

Holds the memory address of the next instruction sequence to be executed. It increments automatically as instructions are fetched.

If you are assembling a presentation slide deck based on the Gaonkar curriculum, organize your slides using the following blueprint: Title Slide (Topic, Presenter Name, Institution) Slide 2: Introduction & Salient Features of Intel 8085 Slide 3: Functional Block Diagram (Visual Layout) Slide 4: The ALU and Register Organization Slide 5: Explaining the Status Flags (S, Z, AC, P, CY)

Single +5V DC power supply (an upgrade from the multi-voltage requirements of the 8080) microprocessor 8085 ppt by gaonkar new

ALE (Address Latch Enable), RD, WR, and IO/M (identifies input/output or memory operation). 4. 8085 Instruction Set and Addressing Modes

Lowest Priority ---------------------------------> Highest Priority +---------+ +---------+ +---------+ +---------+ +---------+ | INTR | ---> | RST 5.5 | ---> | RST 6.5 | ---> | RST 7.5 | ---> | TRAP | +---------+ +---------+ +---------+ +---------+ +---------+ (Maskable) (Maskable) (Maskable) (Maskable) (Non-Maskable) Hardware Interrupts Holds the memory address of the next instruction

Understanding the 8085 begins with its fundamental technical specifications:

Contains approximately 6,500 transistors on a single chip The "5" in 8085 signifies that it uses a Multiplexed Address/Data Bus ( After every ALU operation,

): Pins 21 to 28 carry the most significant 8 bits of memory addresses. These lines are unidirectional. Multiplexed Address/Data Bus (

After every ALU operation, the update a report on the result. These are five single-bit flip-flops that record specific conditions, which are crucial for making decisions in a program.

The 8085 is housed in a 40-pin Dual In-line Package (DIP). These 40 pins are organized into functional signal groups: Address Bus (

): The upper 8 bits of the memory address. These lines are unidirectional. Multiplexed Address/Data Bus (