Dec 14, 2020 · The programming model of 8085 consist of an 8-bit accumulator, one flag register, 6 general 8-bit purpose registers, and two 16-bit special purpose registers. These registers are critically required when programming a 8085 processor.

The programming model of 8085 provides crucial information necessary for writing assembly language programs. This model comprises six registers, including one accumulator, and one flag register. It features two 16-bit registers for addressing: the stack pointer and the program counter.

Mar 24, 2025 · The architecture of the 8085 microprocessor consists of several key components, including the accumulator, registers, program counter, stack pointer, instruction register, flags register, data bus, address bus, and control bus.

Jun 11, 2016 · The 8085 has six general purpose registers to store 8 bit data; these are identifies as B, C, D, E, H, L. They can be combined as register pairs - BC, DE and HL to perform some 16-bit operations. The programmer can use these registers to store or copy data into the registers by using data copy instructions.

Here We use Jubin Mitra 8085-simulator. 1). Write assembly language program to subtract two 8-bit numbers and Display Borrow.

Overview: 8085 Programming model 1. Six general-purpose Registers 2. Accumulator Register 3. Flag Register 4. Program Counter Register 5. Stack Pointer Register

Classification of Instruction Set of 8085: Programming Model of 8085 – The programming model assists you in the programming process. The programming model shows only those parts of the microprocessor which the programmer can change. So we can say that block … (Read More)

The 8085/8080A-programming model includes six registers, one accumulator, and one flag register, as shown in Figure. In addition, it has two 16-bit registers: the stack pointer and the program counter. They are described briefly as follows.

This page provides a tutorial on 8085 microprocessor programming, covering the 8085 instruction set and addressing modes, including immediate, register, direct, and indirect addressing. It explains instructions of various lengths (1-byte, 2-byte, and 3-byte) and provides example assembly programs.

In this section, we are going to study how to implement these Programming Techniques in Microprocessor 8085 assembly language and some programming examples using them. 1. Looping, Counting and Indexing: