Posted on

Electronics Workshop Practice Lab Manual

download free google translate apps for pc

Electronics Workshop Practice Lab Manual

Neering and work practice controls, administrative controls, PPE, housekeeping, training, post-expo-sure medical follow-up) are the same measures for. ENGINEERING WORKSHOP LAB MANUAL. Electrical engineering and mechanical Engineering. Outcomes Basic practice sessions must be conducted in the trades mentioned.

Engineering practice lab manual for electronics • 1. Department of ECE Sub. Code: GE6162 Lab Name: Engineering practice 1 P a g e MANGAYARKARASI COLLEGE OF ENGINEERING, MANGAYARKARASI NAGAR, PARAVAI, MADURAI 625 402. ELECTRONICS ENGINEERING PRACTICE LABORATORY PART - B ELECTRONICS LAB LAB MANUAL ANNA UNIVERSITY, CHENNAI. FIRST YEAR – I SEMESTER (2013 -2014) • Department of ECE Sub. 2010 Dl650 Manual. Code: GE6162 Lab Name: Engineering practice 2 P a g e TABLE OF CONTENTS Ex.

Date Title of the Experiment Page No. Marks Awarded Signature 1 Study of basic Electronic components and equipment 4 1(A) Measurement of AC signal parameter 13 2 Study of Logic gates 18 3 Generation of Clock Signal 26 4 Soldering practice – Components Devices and Circuits – Using general purpose PCB.

30 5 Measurement of ripple factor of HWR and FWR 36 Total Marks Average Marks Lab Completed Date Signature NAME OF THE FACULTY: PADMANABAN.R DESIGINATION: ASST.PROFESSOR, ECE. Signature of the faculty Signature of the principal • Department of ECE Sub. Code: GE6162 Lab Name: Engineering practice 3 P a g e ENGINEERING PRACTICE PART B - ELECTRONICS LAB LIST OF EXPERIMENTS AS PER SYLLABUS: 1. Study of Electronic components and equipments –Resistor color coding, measurement of AC signal parameter (peak-peak, RMS period, frequency) using CRO. Study of logic gates AND, OR, NOR,Ex-OR and NOT. Generation of Clock Signal.

Soldering practice – Components, Devices and Circuits – Using general purpose PCB. Measurement of ripple factor of HWR and FWR • Department of ECE Sub. Code: GE6162 Lab Name: Engineering practice 4 P a g e EX. NO.1 STUDY OF ELECTRONIC COMPONENTS AND EQUIPMENTS AIM: To study about the following electronic components and equipment. Resistor color coding (ii).

Usage of CRO (Cathode Ray Oscilloscope) and Multimeter THEORY: ELECTRONICS: It is the branch of science, which relates to the conduction of electricity through a) vacuum, b) gases and c) semiconductors. The electronic devices are fairly complex, they are made of simple components such as: Resistors, Capacitors, inductors, tube devices and semi-conductor devices. Resistors, capacitors and inductors come under passive components and tube devices and semi-conductor devices fall under active components. PASSIVE COMPONENTS RESISTORS: It is a passive electronic component, which exhibits the property of the ‘resistance’. Resistance is a physical property of the material, which opposes the flow of current. Resistors are used in circuits to limit the flow of current or to provide a voltage drop. UNIT: • Department of ECE Sub.

Code: GE6162 Lab Name: Engineering practice 5 P a g e Ohms ( ) SYMBOL: TYPES Resistors are broadly classified in to two categories as 1) Fixed Resistors 2) Variable Resistors Fixed Resistors: Fixed resistors are those whose values cannot be changed after manufacturing. Variable Resistors: Variable resistors are those whose values can be changed after manufacturing. (i) RESISTOR COLOUR CODING Resistance is coded to indicate the value and the Tolerance. For axial type resistors, four color bands are used as shown in figure. The first three color bands indicate the resistance value and the fourth one indicates the tolerance. The first colour band gives the first significant digit and second colour band gives the second significant digit. Black Max Service Manual.

Third colour band is the multiplier and 2.2k RESISTOR • Department of ECE Sub. Code: GE6162 Lab Name: Engineering practice 6 P a g e gives the number of zeros that is to be added to the numerical value obtained from the first two bands. The following table gives the colour and its numerical value. COLOUR NUMBER MULTIPLIER BLACK 0 100 BROWN 1 101 RED 2 102 ORANGE 3 103 YELLOW 4 104 GREEN 5 105 BLUE 6 106 VIOLET 7 107 GREY 8 108 WHITE 9 109 TOLERANCE CODE: BROWN COLOUR + 1% RED COLOUR + 2% GOLD COLOUR + 5% SILVER COLOUR + 10% NO COLOUR + 20% • Department of ECE Sub. Code: GE6162 Lab Name: Engineering practice 7 P a g e CAPACITORS: A capacitor is a component that stores electric energy. It consists of two conducting plates, separated by an insulator.

The conducting surfaces are called electrodes and the insulating medium is called dielectric. UNIT: Farads SYMBOL: TYPES: In general capacitors are classified as  Fixed Capacitors  Variable Capacitors Fixed Capacitors: Fixed Capacitors are classified into several types depending upon the dielectric material used. Some of them are  Paper Capacitors  Film Capacitors  Mica Capacitors  Glass Capacitors  Ceramic Capacitors  Tantalum Capacitors • Department of ECE Sub. Code: GE6162 Lab Name: Engineering practice 8 P a g e Variable Capacitors: Variable capacitors consist of a set of fixed plates and a set of movable plates with air as dielectric. The change of capacitance is obtained by changing the position of the moving plates with respect to fixed plates.  Trimmer Capacitors  Ceramic trimmer Capacitors  Mica trimming Capacitors INDUCTORS: Inductor is a component whose construction is simply a coil of wire.