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All parts in unit are stored on etched metal
trays and are protected against normal mistakes that a student
occasionally might make.
Features:
The Meters and Power Supply are diode and overload protected and
current-limited. A DPDT switch associated with each digital meter provides for
direct connection to the 15 VDC Power Supply merely by placing the switch in the
internal position.
The Integrated Circuit Amplifier is Zener and
diode protected and it is a full operating amplifier similar to that used in
commercial portable power amplifiers.
The experimental parts can be repaired and
maintained in the classroom, since they are soldered in place. All parts are
secured as necessary with Velcro and pads on the work surface.
The power panel is in color for long life and
easy maintenance. It measures 7"H x 8"W , 1/8"thick.
Table of Contents
Exploring Electricity and
Electronics:
Using
Electricity-Conductors and Insulators
Switching Electricity-Measuring
Electricity
Series Electricity-Parallel
Circuits
Ohm's Law-Series Resistance
Parallel Resistance-Series-Parallel Resistance
The Capacitor-Capacitor Time Constant
Magnetism-Electro-Magnetism
The Relay-Electro-Chemistry
The Diode Switch-Three Way Switching
Zener Diode-Zener
Voltage Regulator
Transistor Switch-DC
Ammeter
DC Voltmeter-Relay Oscillator
Transistor Oscillator-The IC Amplifier
Photo-Electricity-The Thermistor
Logic Switching-Power
Ohm's Law (Advanced)
Series Circuits (Advanced)
Parallel Circuits (Advanced)
Series-Parallel Circuits-Kirchoff's Voltage Law
Inductance-Current Control by Inductance
A Solenoid Pile Driver-Magnetic "Spring"
Magnetic Field Around a Solenoid
The Transformer-AC
Current Transformer
Solenoid Magnetizer-Solenoid De-Magnetizer
Electrical to Mechanical Transducer
Magnetic Sweeper-A Magnetic Positioner
Magnetic Shielding-A Magnetic Cannon
An Electromagnetic Vibrator
Spark Test Inductor Checker
Capacitor Spark Suppressor
Counter-EMF RFI
Suppression
Lamp hot to cold resistance ratio
The Relay as an
Amp-Transistor Relay Amp.
An
Amplified Photocell Detector
Automatic Day-Night Photo
Switch
Impulse Photo Detector-DC Filtering
A Photocell Counter-Optical FBOscillator
R-C Timer-An AC Amplifier
Determining Op-Amp
Voltage Gain
Op-Amp Output Power Calculation
Amplifier Positive Feedback
Amplifier Negative Feedback
IC Amp Audio
Feedback Using a Photocell
Tracer
Audible Continuity Checker-Audio Signal Tracer
Photo Optic Experiments:
Ruler-High Sensitivity Motion Indicator
Paper Thickness-Hole Detector
Reflectivity Measurement-Liquid Indicator
Colloid Viewer-Angular Measurement
Two
Lamp Positioning-Liquid Attenuators
Parallel Hole Alignment-Chopper
Tubing Trueness-Monitoring of Spacing
Opacity Matching-Bar Code
Readout
Liquid Purity Testing-Position Sensing
Projected Light Absorption
Linear Distance Indicator-Angle Indicator
Null Indicator-Fail Safe Alarm
Isolated
Switch-Switched Off Control
Remote Control-Communication
Distance Alignment-Photocells as Resistors
Simulated Radar Beacon
Using Diodes as Voltage Regulators
Photocell Controlled Time Delay
A Photo Optic Touch Switch
AC Operation of Transistors For Lamps
Switch Touch Off-Photocell AC Transistors
AC Collector I with DC Base Control
Photo Optic Lens Focal Length
Zener Diode Transistor Combinations
An Inverted
Transistor Output
The Inverted Transistor With Photocell
Transistor Control of Solenoid Current
Determining Relative Conductivity of Liquids
A Conducting Liquid Level Control
A Conductive Liquid Resistor
Displacement in Conducting Liquids
A Conducting
Liquid Rheostat
A Magic Magnetic Razor Blade
A Demonstration Magnetometer
Magnetic Field-DC Solenoid
An Electromagnetic Lifting Magnet
Magnetic Shielding-Magnetic Fields in Motion
Ferrous Non-Ferrous Metals Separator
Solenoid Magnet Generation of AC
Magnetic Field Counter
Using Lamps In a Magnetometer
Magnetic Biasing of Solenoid Core
Magnetic Chopper-Solenoid Core Ruler
Magnetic Positioner with Amplification
Solenoid Magnetic Position Indicator
DC Solenoid with Transistor Load Resistor
A Water Level Alarm-Transformerless Amp
Conducting Liquid Saturation Indicator
Infrared Radiation Material Absorption
A Thermistor Infrared Radiometer
Infrared Radiation Material Transmission
Thermistor Amplifier With Voltage Output
Thermistor Transistor Heatsink Temp Rise
Direct Contact Heat Transfer
Thermistor Photoresistor
Radiometer
Thermistor Photoresistor Transmission
The entire integrated trainer,
power supply, metering, and the IC amp are housed in a single formica covered
case, with integral work surface 18"W x 9"H x 10"D. Power
required is 115 VAC, 50/60 Hz.
Also included is our curriculum
manual covering ten days of exploratory coursework.(BG5D)
12589886
$875
Resistor
Color
|
Color
Value
|
Codes
Multiplier
|
| Black |
0 |
1
|
| Brown |
1 |
10 |
| Red |
2 |
100 |
| Orange |
3 |
1,000 |
| Yellow |
4 |
10,000 |
| Green |
5 |
100,000 |
| Blue |
6 |
1,000,000 |
| Violet |
7 |
10,000,000 |
| G ray |
8 |
100,000,000 |
| White |
9 |
1,000,000,000 |
|
Tolerance: No
Color = 20%, Silver = 10%, Gold = 5% |
|
