Topics
Introduction to Microprocessors and Organization of 8085
Instruction Set and Programming of 8085
Introdcution to Inted X-86 Family
Introduction to Microcontroller
Networking Technology
- Introduction to Networking
- Types of Networks
- Multiplexing
- Study of Transmission media
- Coaxial cable (Cable Media)
- Twisted pair cable
- Fiber Optic Cable
- Unbounded (Wireless) Media
- Access Methods
- Network Topologies
- Ethernet (Network Architectures)
- Token-Ring (Network Architectures)
- Internet protocols
- Introduction to connectivity devices
- General Format of Assembly language Programs
Assembly Language Programs
A program is a sequence of instructions written to tell a computer to perform a specific function. The instructions are selected from the instruction set of the microprocessor. To write a program, we divide a given problem into small steps in terms of the operation the 8085 can perform. These steps can also be represented by flowchart. These steps can further be translated into instructions.
General Format of Assembly language Programs
This is explained as follows :
- Label is name of line. It is used in jump instruction.
- Mnemonic consists of instruction and operands. For example: MOV A, M
- OP code (hex) is a corresponding hexadecimal code for the instruction.
- Comments are useful for understanding purpose of instructions.
- Memory address is location where OP code is stored. Label and comment fields are optional.
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