Microprocessor and Microcontroller System

By A.P. Godse and D.A. Godse

Microprocessor and microcomputer system, Functional pin diagram and detailed architecture of 8085 microprocessor, De-multiplexing of address / data bus, Generation of control signals, Instruction set, Addressing modes. Programming for arithmetic and logical operation, Subroutine concepts.Functional pin diagram and architecture of 8031/51 microcontroller, Port structure, Instruction set and assembly language programming.Timer / counter, Modes of operation, Programming timer / counter. Interrupt structure and interrupts programming.Serial communication programming in 8051 (Only standard 8-bit UART mode).Memory interfacing (RAM, ROM, EPROM) - Basic concept in memory interfacing and address decoding.Programmable peripheral interface (8255) - Block diagram, Control words and modes and interfacing.Interfacing to external RAM and ROM, LED, Switch, 7-segment display, Multiplexed 7-segment display, Matrix key-board, Liquid crystal display, DAC, ADC, Stepper motor with programs.Buses and Protocols : RS 232, RS 485, , MODBUS, IEEE 488.Interfacing to EEPROM 93C46 / 56 / 66, 24C16 / 32 / 64, RTC DS1307.Conceptual study of various derivatives of 8051 microcontroller from different manufacturers like Atmel, Phillips etc. Introduction to PIC microcontroller.

Analog Electronics

1 FREQ. RESPONSE OF NEG. FEEDBACK AMPLIFIER
2 BUILD & TEST COLPITT OSCILLATOR
3 BUILD & TEST HARTLEY OSCILLATOR
4 BUILD & TEST WEINS BRIDGE OSCILLATOR
5 BUILD & TEST UJT AS A RELAXATION OSCILLATOR
6 OUTPUT CHARACTERISTICS OF N-CHANNEL JFET
7 CALCULATE rd, gm and μ for JFET
8 MEASURE OP-AMP PARAMETERS
9 STUDY OF INVERTING AMPLIFIER USING OP-AMP
10 STUDY OF NON-INVERTING AMPLIFIER USING OP-AMP
11 STUDY OF DIFFERENTIATING CIRCUIT USING OP-AMP
12 STUDY OF INTEGRATING CIRCUIT USING OP-AMP
13 STUDY OF OP-AMP AS SUMMING AMPLIFIER
14 STUDY OF OP-AMP AS V TO I CONVERTER
15 ASTABLE MULTIVIBRATOR USING IC 555
16 MONOSTABLE MULTIVIBRATOR USING IC 555
17 BISTABLE MULTIVIBRATOR USING IC 555

Observe the different types of motherboards, form factors.

Motherboard:

A motherboard is the heart of a computer. It is the main printed circuit board present in the computers which holds the main electronic components of the system like the central processing unit and memory and also provides the connectors for other important peripherals. A motherboard is a large system in itself which contains a number of subsystems like the processor and other components. The basic function for which a motherboard is used in a computer is that it holds the important electronic components of the system including the memory and central processing unit and helps in establishing some sort of bridged connection between other internal components of the system.

Basic electronics and linear circuits

By N. N. Bhargava

The text on Basic Electronics and Linear Circuits takes a fundamental approach in discussions on electronics and treats the subject matter in a manner to empower practical implementation of the concepts. The book has been specially designed to reduce mathematical rigor of the subject, by discussing the principles in a textual yet concise manner

OP Amp and linear Integrated Circuit

By Ramakant A Gayakwad

OP Amp and linear Integrated Circuit- Ramakant A Gayakwad introduces the essential standards of operation amps and incorporated circuits, with an extremely handy methodology. It gives the most recent accessible data, while holding its mix of hypothesis and practice inside a clear presentation.

PRINCIPLES OF ELECTRONICS

CH-01 Introduction
CH-02 Electron Emission
CH-03 Gas filled Tubes
CH-04 Atomic Structure
CH-05 Semiconductor Physics
CH-06 Semicunductor Diode
CH-07 Special Purpose Diodes
CH-08 Transistors
CH-09 Transistor Biasing
CH-10 Single Stage Transistor Amplifier

Analog Electronics

CH-1     Negative feedback amplifiers
CH-2     Oscillators
CH-3     Transistor Power Amplifiers
CH-4     Field effect Transistors
CH-5A  Integrated Circuits
CH-5B  Operational Amplifiers

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