AC/DC Electronics Laboratory - EM-8656

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Overview

The AC/DC Electronics Laboratory dynamically teaches the basics of AC/DC circuits. Students can use this kit with an 850 or 550 interface or as a stand-alone unit using batteries. The storage tray holds all included components, reducing the chance of losing capacitors, resistors, etc. Two D batteries are required for stand-alone use (not included).

The AC/DC Electronics Laboratory can be used as a stand-alone electricity learning center. It features banana jacks for computer connection, component springs to hold circuit components securely, as well as a push button switch, light bulbs and sockets, potentiometer, coil, battery holder and an iron core.

Example Activities:

  • Students study how the resistance of a light bulb filament changes as it heats up. It becomes clear that the resistance is not linear but changes as the bulb begins to glow.
  • Using PASCO Capstone and a Voltage Sensor, students can measure the electromotive force (EMF) created when a magnet is dropped through a coil. Be integrating the voltage-time graph, students can also measure the changes in magnetic flux created by the magnet.

Includes

  • 18 cm x 25 cm circuit board
  • Resistors (4.7 Ω - 229 kΩ , 5%, 0.25-5W) (24)
  • Capacitors (1 μF - 330 μF) (7)
  • Diodes (6)
  • Transistors (2)
  • LEDs (4)
  • Battery holders (2)
  • Light sockets (3)
  • Lamps (3)
  • Component connectors (36)
  • Experiments

    Stand-Alone or Probeware Experiments:

    Circuits Experiment Board

    Lights in Circuits

    Ohm's Law

    Resistances in Circuits

    Voltages in Circuits

    Currents in Circuits

    Kirchhoff's Rules

    Diodes

    Transistors

    Probeware Experiments Only:

    Ohm's Law II

    RC Circuit

    LR Circuit

    LRC Circuit

    Diode Lab

    Diode Lab

    Transistor Lab

    Transistor Lab

    Transistor Lab

    Induction -- Magnet Through a Coil

    The AC/DC Electronics Laboratory includes Teacher's Guide with Sample Data for each experiment. 

    Sample Experiments:

    Experiment 5 - Voltages in Circuits -- Students create circuits with three resistors in various configurations. The circuits are powered by two D batteries, and a multimeter is used to measure the voltage drop across the resistors in each configuration. Students are asked to articulate the patterns they observe for voltage drops in various circuits.


    Experiment 12 - RC Circuits -- Features the use of the Signal Generator to drive an RC circuit. A Voltage Sensor is used to measure the voltage across the capacitor as it charges. A voltage-time graph is created in DataStudio. Students are then asked to use this information to calculate the time constant for the circuit.


    Experiment 20 - Induction -- Using DataStudio and a Voltage Sensor, students can measure the electromotive force (EMF) created when a magnet is dropped through a coil. By integrating the voltage-time graph, students can also measure the changes in magnetic flux created by the magnet.

    Buying Guide

    50548
    EM-8668
    Electronic Components - AC/DC Lab
    1
    Replacement Parts
    Electronic Components - AC/DC Lab   EM-8668