Basic Electronics And PCB Design Course

LEARNING OUTCOMES By the end of this course, the trainee will be able to: (1) KNOW how to USE ELECTRONICS COMPONENT (RESISTANCE, TRANSISTOR,DIODE… (2) HOW TO DESIGN SIMPLE ELECTRONIC CIRCUIT. (3) PCB DESIGN.

 

Target Audience:

This program is targeting :

• Industrial, Commercial, Institutional
• Electronics Engineers, Electrical Engineers, Electrical Maintenance Tradespeople & Technician

 

Language: English/Arabic

 

ANALOG & DIGITAL ELECTRONICS APPLICATIONS Content :

 

LEC 1: INTRODUCTION TO EMBEDDED SYSTEMS.

THEORY:

                    -WHAT ARE EMBEDDED SYSTEMS?

                    -WHY ANALOG AND DIGITAL?

                    -USED HW & SW TOOLS

LAB:

                    -HOW TO USE PROTEUS?
                    -HOW TO USE BREADBOARD?
                    -HOW TO USE MULTI-METER?

LEC 2: INTRODUCTION TO DISCRETE COMPONENTS.

THEORY:
                    -WHAT’S ELECTRICITY, BATTERIES, BATTERY NETWORKS?
                    -WHAT’S RESISTANCE? HOW TO CALCULATE AND USE IT?
                    -WHAT’RE POTENTIOMETERS? HOW TO USE THEM?
                    -WHAT’RE LEDS? HOW TO USE THEM?
LAB:
                    -CONNECTING LED
                    -CONTROLLING LED BRIGHTNESS

LEC 3: SWITCHES, CAPACITORS, RELAYS.

THEORY:
                    -WHAT’RE RELAYS? HOW TO USE THEM?
                    -RELAYS POWER RATING
                    -FREEWHEELING DIODE & SPARKING
                    -LATCHED VS MOMENTARY RELAYS
                    -AC RELAYS
                    -WHAT’RE CAPACITORS? TYPES OF CAPACITORS? HOW TO USE THEM? WHAT’RE THEIR USES?

LAB:

                    -USING RELAY AS A LOW FREQUENCY OSCILLATOR WITH CAPACITOR
                    -CAPACITOR CHARGING AND DISCHARGING CIRCUIT
                    -LOW PASS FILTERS AND HIGH PASS FILTERS

LEC 4: DIODES, TRANSISTORS.

THEORY:
                    -WHAT’RE DIODES? HOW TO USE THEM?
                    -WHAT’RE TRANSISTORS? HOW TO USE THEM AS A [SWITCH, AMPLIFIER]?

LAB:
                    -HOW TO DESIGN AND IMPLEMENT HALF WAVE RECTIFIER CIRCUIT?
                    -HOW TO DESIGN AND IMPLEMENT FULL WAVE RECTIFIER?
                    -HOW TO DESIGN AND IMPLEMENT SIMPLE POWER SUPPLY?
                    -HOW TO DESIGN AND IMPLEMENT REGULATED POWER SUPPLY?
                    -USING TRANSISTOR AS SWITCH
                    -HOW TO DESIGN AND IMPLEMENT LDR CIRCUIT
                    -MOTOR DIRECTION CONTROL USING H-BRIDGE
                    -USING TRANSISTOR AS AMPLIFIER

LEC 5: TIMER 555.

THEORY:
                    -WHAT IS TIMER 555?
                    -HOW IT WORKS?
                    -USES OF TIMER 555
LAB:
                    -HOW TO DESIGN AND IMPLEMENT A MONO-STABLE [TIMER]?
                    -HOW TO DESIGN AND IMPLEMENT AN ASTABLE [OSCILLATOR]?
                    -555 AS PWM ( PULSE WIDTH MODULATOR )
                    -555 AS A SPEED DC MOTOR USING PWM
                    -HOW TO DESIGN AND IMPLEMENT IN BISTABLE MODE?

LEC 6: OP-AMP APPLICATIONS.

THEORY:
                • WHAT IS OP-AMP?
                • HOW IT WORKS?
                • USES AND DIFFERENT TOPOLOGIES OF OP-AMP
LAB:
                • HOW TO USE THE OP-AMP AS INVERTING AMPLIFIER?
                • HOW TO USE THE OP-AMP AS NON-INVERTING AMPLIFIER?
                • HOW TO USE THE OP-AMP AS SUMMING/DIFFERENCE AMPLIFIER?
                • HOW TO USE THE OP-AMP AS COMPARATOR?
                • HOW TO USE THE OP-AMP AS DIFFERENTIATOR?
                • HOW TO USE THE OP-AMP AS INTEGRATOR?
                • HOW TO USE THE OP-AMP AS BUFFER?

 

LEC 7: INTRODUCTION TO DIGITAL ELECTRONICS.

THEORY:
                • WHAT IS BINARY SYSTEM?
                • WHAT’RE GATES?
                • BOOLEAN ALGEBRA
                • HOW TO DESIGN AND IMPLEMENT A COMBINATIONAL CIRCUIT?
LAB:
                • VERIFY EVERY GATE TRUTH TABLE
                • DESIGN AND IMPLEMENT CIRCUITS USING LOGIC GATES

 

LEC 8: K-MAPS & MORE DESIGN PROBLEMS.

THEORY:
                • WHAT’RE K-MAPS? HOW TO USE THEM?

LAB:
                • HOW TO DESIGN AND IMPLEMENT HALF ADDER
                • HOW TO DESIGN AND IMPLEMENT FULL ADDER
                • HOW TO DESIGN AND IMPLEMENT HALF SUBTRACTOR
                • HOW TO DESIGN AND IMPLEMENT HALF SUBTRACTOR

 

LEC 9: MUX/DEMUX, ENCODERS/DECODERS,7SEGMENT

THEORY:
                • WHAT’S MUX? HOW TO USE THEM? USES OF IT.
                • WHAT’S DE-MUX? HOW TO USE THEM?USES OF IT.
                • WHAT’S ENCODER? HOW TO USE THEM?USES OF IT.
                • WHAT’S DECODER? HOW TO USE THEM?USES OF IT.

 

LAB:
                • HOW TO DESIGN AND IMPLEMENT MUX/DE-MUX?
                • HOW TO DESIGN AND IMPLEMENT ENCODER/DECODER?

 

LEC10: RS LATCHES& RS FLIP FLOP

THEORY:
                • WHAT’RE LATCHES?
                • HOW IS IT IMPLEMENTED?
                • USES OF LATCHES?
                • WHAT’RE RS FLIP FLOPS?
                • HOW IS IT IMPLEMENTED?
                • USES OF RS FLIP FLOPS?

 

LAB:
                • IMPLEMENT AN RS LATCH
                • IMPLEMENT AN RS FLIP FLOP

 

LEC11: OTHER TYPES OF FLIP FLOPS & COUNTERS

THEORY:
                • WHAT’RE D FLIP FLOPS?
                • WHAT’RE JK FLIP FLOPS?
                • WHAT’RE COUNTERS? TYPES OF COUNTERS
                • HOW ARE THEY IMPLEMENTED?
LAB:
                • IMPLEMENT A D FLIP FLOP
                • IMPLEMENT AN JK FLIP FLOP
                • IMPLEMENT COUNTER

 

LEC12: FINAL PROJECT & FINAL EXAM

 

 

Printed Circuit Board Design (PCB) Course Content:

 

1- Design Schematic on Proteus ISIS
2- Design Layout on Proteus ARES
3- Design Single Side PCB
4- Design Double Side PCB
5- Hands-on all fabrication process:
– Ultraviolet Printing
– Etching
– Drilling
– Applying Solder Resist
– Top silk printing
– Soldering & DE soldering

 

if you would like to get more information please register . .