Electrical & Electronics Plug-in Kits
(EC106)
  • Electrical & Electronics Plug-in Kits (EC106)
  • Hard copy user manual

Laboratory PC

The training kit is comprised of a collection of pluggable kits that demonstrate the principles of electronic, electric, and digital circuits with the primary goal of demonstrating the main principles and concepts on which most electrical, electric, and digital components are based. The training system includes various pluggable components that demonstrate real-world technical and industrial applications for these components. The training system is a complete solution for teaching electronic, electric, and digital components via a wide range of pluggable components to be attached to a plug board which in turn is connected to the different external power supply and measuring instruments in the laboratory for experimentation.

  • The training system is a comprehensive solution to teach the principles of electronic, electric, and digital circuits via a wide range of
  • pluggable kits supplied with the main plug board.
  • Pluggable kits can be connected to the plug board as well as to any other external powering and measuring devices in the laboratory.
  • The components included in each kit are equipped with 2-mm laminated plugs featuring gold-plated contacts
  • When electronics pluggable components are inserted into the nodes of the plug-in board, the laminated plugs fix components into their right positions easily and make them ready to be a part of the constructed electronic circuit.
  • The plug-in board can be connected to external powering and measuring devices in the laboratory.
  • The design of the pluggable component is comprised of two distanced plates in which the electronic component is carried in between.
  • The upper plate features a scratch-proof, high-contrast print of the component’s schematic symbol in addition to the component name, while the base plate is the one that equipped with two 2-mm laminated terminals that will be inserted into the plug-in board nodes.
  • The training system design is based on pluggable boxes that contain electrical and electronic components with their symbols and names printed

Breadboard Unit Code : (EC106.01)

  • The kit is like a breadboard type it has connected lines for power & GND connection in addition to connected lines for the components.
  • The components can be plugged into the unit through these connection points.
  • The kit has built in Power Supply
  • Each terminal in the DC power supply or 3-phase supply has an indication led which represents the state of the output

DC Circuits Kit Code : (EC106.02)

  • Components:
    • 2x Button
    • 2x Switch
    • 1x Incandescent lamp
    • 2x Relay (Double and single pole).
    • 1x Diode 1N4007
    • 1x LED, red
    • 1x LED, green
    • 1x LED, Blue
    • 1x Potentiometer (1x1k, 1x5k, 1x16k)
    • 1x 22 Ω, 1x 100 Ω, 2x 220 Ω, 1x 470 Ω, 2x 1
    • kΩ, 2x 2.2 kΩ, 2x 10 kΩ, 1x 22 kΩ, 1x 47 kΩ,
    • 1x 100 kΩ, 1x 1 MΩ resistors
    • 1x VDR, 1x LDR, 1x NTC, 1x PTC resistors
    • 1x LM35
    • 1 x 10 μF, 1x 100 μF, 1x 470 μF capacitors
    • 2x NPN, PNP transistor, BC 547, BC 557
    • Box for storage of component set
    • Covered Topics
    • Kirchhoff current, voltage law
    • Mesh analysis, Node analysis.
    • Simple electric DC Network circuits
    • Measurement of voltages and currents.
    • Ohm's law
    • Series and parallel connection of resistors
    • Voltage dividers with and without loads
    • Light bulb characteristics
    • Voltage-dependent resistors (VDRs)
    • Negative temperature coefficient
    • thermistors (NTCs)
    • Positive temperature coefficient
    • Thermistors (PTCs)
    • Integrated Circuit Temperature (LM35)
    • Light-dependent resistors (LDRs)
    • Capacitors in DC circuits
    • Relay circuit
    • Superposition
    • Thevenin and Norton Conversion

AC Circuit Kit Code : (EC106.03)

  • Components:
    • 2x Button
    • 2x Switch
    • 1x LED, Red
    • 1x LED, Green
    • 1x LED, Blue
    • 1x 10 ohms, 1x 22 ohms, 1x 33 ohms, 2x
    • 100 ohms, 1x 220 ohms, 1x 680 ohms, 3x 1 kOhm, 1x 2,2 kOhm
    • Capacitors (1x 1 μF, 1x 10 μF, 1x 0.47 μF, 1x 100 nF)
    • 3x Potentiometer (1x1k, 1x5k, 1x16k)
    • 1x Diode 1N4007
    • 1x Incandescent lamp
    • Inductors (3x 10 mH, 3x 33 mH, 3x 100 mH, 3X 68MH)
    • 3x coils, C-core, 1x N=300, 2x N=900
    • Box for storage of component set
  • Covered Topics
    • Generating AC
    • AC Amplitude & frequency Measurements
    • Measurements of Current, Voltage & impedance using an oscilloscope
    • Resistors in AC circuits
    • Capacitors in AC circuits
    • Series and parallel connections of resistors and capacitors (RC)
    • Series Resonant Circuit
    • Passive Filter
    • Coils (inductors) in AC circuits
    • Series and parallel connections of resistors and inductors (RL)
    • Series and parallel connections of resistors, inductors, and capacitors (RLC)
    • Series and parallel compensation
    • Transformers with and without loads
    • Three-phase networks
    • Star circuit with symmetric/asymmetric loads
    • Delta circuit with symmetric/asymmetric loads

Semiconductors Kit Code : (EC106.04)

  • Components:
    • 2x Switch
    • 2x Push button
    • 1x Incandescent lamp
    • 3x Potentiometer (1x1k, 1x5k, 1x5k)
    • 1x LED, red
    • 1x LED, green
    • 1x LED, blue
    • 1x 33 Ω, 2x 100 Ω, 1x220 Ω, 1x 330 Ω, 1x 470 Ω, 1x 680 Ω, 2x 1 kΩ, 1x 2.2 kΩ, 2x 4.7 kΩ, 3x 10 kΩ, 1x 22 kΩ, 1x 47 kΩ, 1x 100 kΩ resistors
    • Capacitors (1x 0.1 μF; 1x 22 μF, 1x 0.47 μF, 1 x 1 μF)
    • 1x 10 μF electrolytic capacitor
    • 6 x Diodes, 1N4007, 1 x germanium diode.
    • 1 x Zener diode, 4.7 V, 1 x Zener diode, 10 V.
    • 1 x Transistor, BC547
    • 1 x Transistor, BC557
    • 1 x Transistor, BD237
    • 1 x JFET, 1x 2N4871.
    • 3 x MOSFET different types
    • 1 x Diac, 1 x thyristor, 1 x triac
    • Box for storage of component set
  • Covered Topics
    • Fundamentals of semiconductors
    • Doping of semiconductors
    • Diodes in DC and AC circuits
    • Half-wave and bridge rectifiers
    • Displaying diode characteristics on an oscilloscope
    • Light-emitting diodes
    • Zener diodes
    • Photo-diodes
    • Diode-like characteristics of transistor circuits
    • Input, output, and control characteristics of transistors
    • Transistors in common emitter, common collector, and common base circuits
    • Transistors used as switches and Start Delay Circuit
    • Fundamentals of field effect transistors (FETs)
    • FET Used as a controlled resistor and switch
    • Input and output characteristics of a JFET
    • Input and output characteristics of a MOSFET
    • Dimmer using a MOSFET
    • Characteristics of diacs, thyristors, and triacs
    • Thyristors used as switches
    • Phase control using triacs and diacs
    • Characteristic of unijunction transistor
    • Pulse Emitter using UJT

Electronics Circuits Kit Code : (EC106.05)

  • Components:
    • 30x film resistors 10 Ω ... 1 M Ω
    • 3x potentiometers, linear 1 k Ω, 5 k Ω, 10 k Ω
    • 12x capacitors 100 pF ... 0,47 μF
    • 5x electrolyte capacitors 1 μF ... 470 μF
    • 4x coils (10 mH, 33 mH, 68mH, 100 mH)
    • 2x transformer coils N = 300, N = 900
    • 3x LEDs, green, Blue, Red
    • 6x silicon diodes 1N4007, 1 germanium diode
    • 2x Zener diode 4.7 V, 10 V
    • 4x Transistors BJT NPN ,2 Types
    • 4x Transistors BJT PNP, 2 Types
    • 1x JFET, 1x darlington.
    • 1x Audio Amp, 1x multiplier
    • 1x unijunction transistor
    • 1x DIAC, 1 thyristor, 1 TRIAC
    • 3x operational amplifier
    • 2x switch
    • 2x button
    • 1x incandescent lamp 12 V with socket
    • 1x speaker,1 Mic
    • box for storage of component set
  • Covered Topics:
    • Basic amplifier circuits using bipolar transistors
    • Basic amplifier circuits using field effect transistors (FETs)
    • Two-stage AC amplifier
    • Darlington pair amplifier
    • Coupled emitter amplifiers
    • Phase reversing stages
    • Differential amplifiers
    • Two-stage DC amplifier with complementary transistors
      Push-pull amplifiers
    • Positive and negative feedback
    • Square-wave generators
    • Threshold switches (Schmitt triggers)
    • Astable multivibrators
    • Monostable multivibrators
    • Bistable multivibrators (flip-flops)
    • Sawtooth generators (pulse generators)
      Sine-wave generators with RC and LC elements
    • Amplitude modulators and demodulators
    • Frequency modulator
    • Single-phase and three-phase rectifier circuits
    • Voltage multipliers
    • Stabilizing circuits
    • Voltage and current regulators (linear)
    • Switched-mode voltage regulators
    • DC converters
    • Pulse generation using diacs
    • Pulse generation using unijunction transistors Phase control using thyristors
    • Phase control using triacs
    • Full-wave control with zero-voltage switch
    • DC voltage switch using thyristors
    • Using op amps as inverting amplifiers
    • Using op amps as non-inverting amplifiers
    • Using op amps as differential amplifiers
    • Using op amps as comparator, Summing, Integrator, Differentiator
    • Using op amps as Voltage to current and vice versa
    • Dynamic response of operational amplifiers (op amps)

Optoelectronics Kit Code : (EC106.06)

  • Components:
    • 10X film resistors 100 Ω ...22 kΩ.
    • 5X capacitor 100 nF … 47 μF.
    • 2X transistor BJT NPN(BD237/BC547), BJT PNP (BD238/BC557).
    • 2 LED red, 2 LED infrared Transmitter and Receiver.
    • 1X silicon photodiode, 1 silicon phototransistor.
    • 2X optocoupler 2 Types (PC817-4N25)
    • 2X optical waveguide housings + fibreoptic waveguide
    • 1X adjustable incandescent lamp 12 V with socket E10
    • 1X loudspeaker,1 Mic
    • 2X pushbutton
    • 1X Relay
    • 2x Toggle switch
    • 1X Box case for component set
  • Covered Topics:
    • Parameters and characteristics of light-emitting diodes (LEDs).
    • Control of LEDs
    • Infra-red LEDs
    • Photodetectors
    • Photodiodes
    • Phototransistors
    • Transmitting and Reserving signals
    • Optocouplers
    • Optical fibres
    • Sound Transmission.
    • Control Switch using IR

Digital Technology Kit Code : (EC106.07)

  • Components:
    • 1 x mono flop
    • 1 x 4-bit buffer/NOT gate
    • 1x 4-bit transtate buffer
    • 1x Schmitt gate.
    • 1 x AND/NAND gates, 4 inputs
    • 1 x OR/NOR gates, 4 inputs
    • 2 x AND/NAND gate, 2 inputs
    • 2 x OR/NOR gate, 2 inputs
    • 2 x XOR/XNOR gate, 2 inputs
    • 2 x JK flip-flop
    • 2x SR latch
    • 1x SR latch gated
    • 2x D-flip flop
    • 1 x JK master-slave flip-flop
    • 1 x adder, 4-bit
    • box for storage of component set
  • Covered Topics:
    • NOT function, AND and NAND gates
    • OR and NOR gates
    • Exclusive or (XOR) and Exclusive NOR (XNOR)
    • Half adders and full adders
    • Subtracting circuits
    • Code conversion
    • SR latch
    • SR latch gated
    • Clocked RS-flip-flops
    • Static and dynamic D flip-flops
    • JK flip-flops
    • JK master-slave flip-flops
    • Flip-flop applications
    • The output enables control of tri-state gate
    • Sink and source control of tri-state gate
    • Transfer characteristics of a Schmitt

Sequential & Combinational circuits Code : (EC106.08)

  • Components:
    • 2 x display, 7-segment
    • 2 x clock generator.
    • 1x XOR
    • 1x NOT gate
    • 1 x 4-bit buffer/NOT gate
    • 2 x NAND gate, 2 inputs
    • 1 x XOR/XNOR gate, 2 inputs
    • 1 x OR/NOT gates
    • 4 x JK flip-flop
    • 1 x counter, 4-bit
    • 1 x shift register, 4-bit
    • 1x Frequency divider
    • 1x Demux (4:1)
    • 1 x multiplexer, 1 from 4
    • 1 x buffer, 4-bit, tri-state
    • 3x AND gate, 2 input
    • 1x 4-bit tristate buffer
    • 1x Encoder
    • 1x Decoder
    • box for storage of component set
  • Covered Topics:
    • Display of binary numbers on LEDs and LED displays
    • Asynchronous 4-bit counter
    • Synchronous counter
    • Decimal counter
    • Divider circuits (prescalers)
    • Registers and shift registers
    • Serial and parallel data exchange
    • Multiplexers and demultiplexers
    • Encoder and decoder