Basic Electronics (Analog & Digital)

Electronic troubleshooting, maintenance and repair programs offer introductory training adequate for technical level career opportunities, such as wiring installers or technicians. They are intended for beginning students seeking training in circuits, wiring and related skills. Programs cover the National Electrical Code, since attends performing maintenance work are required to be fluent in this standard. Though most students entering such programs have little to no knowledge of the field, those with prior work experience or coursework in electronics may enter the program with advanced standing.

Audience

This course is intended for:

Instrument, control, automation or process engineers and technician whom seeking for basic information about electronics devices.

Course objectives

This course will provide an introduction to instruments technology: DC circuitry analysis, AC circuitry analysis, basic electronic components and logic circuits. Instruments used in the study of basic electronics are discussed, demonstrated, and used emphasis on interpretation of schematic diagrams, bread boarding, familiarization with electronic components.

Attends shall be able to calculate:

steady state voltages, currents, and power for DC and AC circuits
the impedance of capacitors and inductors
biasing circuitry for common-emitter transistor amplifiers
voltage and current waveform of simple diode circuitry including rectifiers

Attends shall also be able to:

Create and read schematic diagrams.
Wire simple electrical and electronic (instrument) circuits.

Course contents

Day-1

Module (01) Industrial electronic systems component

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Basic shop practices and safety training
Resistors (Color stander, Measuring, troubleshooting)
Capacitor (types, Measuring, troubleshooting)
Inductor (types, Measuring, troubleshooting)
Semiconductor Material.
Diode
Idea of operation
Types (Zener Diode, Switching Diodes, Rectifier Diodes& Optical diodes)
Maintenances
Troubleshooting
Application
Thyristor
Idea of operation
Types (MOS, BJT)
Maintenances
Troubleshooting
Application

Day-2

Traic

Idea of operation

Idea of operation
Maintenances
Troubleshooting
Application
Diac
Idea of operation
Maintenances
Troubleshooting
Application
Integrated Circuits
Electrical wiring (wires & instrument cables)
Printed circuit board PCB
Transformer
Fuse
Pushbutton

Day-3

Module (02) Basic Instrumentation / Electricity

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Electrical component (Passive, Active) and practical field example
Electrical / Instrumentation components
Reading of electrical Drawing
Symbols of instrumentation system
Instrumentation drawing
Basics of Safety dealing with instrumentation and electrical system

Day-4

Module (03) Instrument Components

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Instrument sensors
Pressure, Level, Flow & Temperatures switches
Pressure, Level, Flow & Temperatures Transmitter
Thermocouple
Resistance temperature detector (RTD)
Pressure Regulator
I to P Current to pressure
Control valves Solenoid valves
Emergency shutdown valves

Day-5

Module (04) Electric control systems

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Types of Control
Relaying systems
Introduction to programmable logical controllers
Introduction to SIS
Introduction to SCADA and DCS
RTU

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