Electronics
Experiment-1: Introduction to 8051 Programming environment and Hardware
8085 and 8086 Link for PPT
PIC Interrupts
PIC Memory Organization
PIC Instruction Set
Internal Architecture of PIC microcontroller
PIC introduction
8085-Data Transfer instructions
8085 Classification of Instructions
8085 Addressing Modes
Network Analysis
Cauer Form of Circuit Realization
Foster’s Form 1 and 2 of Network Synthesis with examples
Network Synthesis Part-1 Lecture Notes
Positive Real Function (prf)
Routh Hurwitz Polynomial
Concepts of Network functions (driving point and transfer function)
Open Circuit and Short Circuit impedance and Image Impedance
Interconnection of Networks
Inter-relationship between the two-port Parameters
Reciprocity of Parameters
DCN Lab
Experiment-1: Data Communication and Networks Lab
Experiment 5: Create a LAN of 6 nodes in NS-2.35
Experiment 4: Using Free Open Source Software tools for network simulation
Experiment 3: Simulating the effect of Queuing disciplines on network performance
Experiment-2: Evaluate the effect of increasing data rate on congestion
Computer Engineering
Experiment-1: Data Communication and Networks Lab
Experiment 5: Create a LAN of 6 nodes in NS-2.35
Experiment 4: Using Free Open Source Software tools for network simulation
Experiment 3: Simulating the effect of Queuing disciplines on network performance
Experiment-2: Evaluate the effect of increasing data rate on congestion
Difference between protocol and standards
Lecture-2: Network and Protocol Architecture
Introduction to data comunication
Components of a computer communication
Characteristics of Data Communication and Data Representation
8051 Micro Controller
Experiment-1: Introduction to 8051 Programming environment and Hardware
8051 LOGICAL INSTRUCTIONS
8051 Rotate Instructions
8051 Conditional Branch Instructions
8051 Unconditional Branch Instruction
Subroutine Call and Return Instructions
8051 Arithmetic Instructions
8051 Data Transfer Instructions
8051 Instructions
8051 Addressing Modes
Latest Posts
Experiment-1: Introduction to 8051 Programming environment and Hardware
Introduction to Hardware ET-8031/51 KIT: General: 8-bit 8031/8051 microcontroller operating at 10/12 MHz with on-chip oscillator and clock circuit, 8 i/o lines, two 16-bit timers/counters, five sources of interrupt structure. 64 KB of external program memory and 64 KB of data memory. Memory: Kit has 8KB RAM using IC 6264 and 32KB of EEPROM […]
Read More8086 Instruction Format-II
Introduction: Depending on the addressing mode used, an instruction of 8086 microprocessor can be one to seven byte long. These are: One Byte Instruction Two Byte Instruction Three Byte Instruction Four Byte Instruction Five Byte Instruction Six Byte Instruction Seven Byte Instruction The table shows the general format of 8086 instructions. The following paragraph gives […]
Read More8086 Instruction Format-I
Instruction Format of 8086 The instructions in 8086 are 1 to 7 byte long depending on the addressing mode. The immediate byte may be 8 or 16 bit, and the displacement in an instruction can be 0 bits or 8 bits or 16 bits. The OP CODE and addressing mode designation may be 1 to […]
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