Vignan University

To master Digital Electronics (DE) from beginner to advanced, you follow a path that starts with basic logic gates and ends with designing complex chips. Level 1: The Basics (Steps 1–20) Understanding Analog vs. Digital signals. Binary Number System (0s and 1s). Decimal to Binary conversion. Binary to Hexadecimal conversion (crucial for VLSI). Octal and BCD codes. Logic Gates: The NOT gate. The AND gate (logical multiplication). The OR gate (logical addition). Universal Gates: Why NA...

Tells us about various types of fiber optics and its various applications

This course introduces the theoretical & circuit aspects of op-amp, timer, which are the backbone for the basics of analog integrated circuits and to understand the various linear & non-linear applications of op-amp. Also learn various digital circuits which are highly performed in day to day commercial and household devices.

Interpret the various linear and non-linear applications using operational amplifier. Analyze the different types of active filters and their design with operational amplifier & examine the functionalities of IC 555, PLL, VCO.Compare different types of ADC and DACs. Design different types of memories

Understand the architectures of microprocessors and microcontrollers.Develop the programs with assembly language for 8086 and 8051. Design Interfacing circuits of memory and I/O devices with 8086 and 8051. Implement the various interfacing circuits with 8086 and 8051 for industrial applications.

Indepth detail of robot mechanisms, robot analysis etc.,