| BG902S Modern Electricity and Semiconductor Electronics
Two
Year Course with Built-in Power Supply and Meters-147 Experiments
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| The BG902S is
a large self-contained unit. The unit includes three different
Student Lab Manuals:
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"Modern Electricity
& Semiconductor Electronics" with 47 experiments
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"Modern
Semiconductor Electronics-Vol. 1 " with 50 experiments
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"Modern Semiconductor Electronics-Vol. 2" with 50
experiments
Most
experiments in the manuals can be performed on the circuit using the
self-contained PI Power Supply. |
Technical
Specifications:
The BG902S Case contains:
0-25 VDC Power Supply, up to 500mA
0-25/100 VDC Power Supply, up to 50mA
6 VAC and 12 VAC Power Supplies
DC Voltmeter for 25 VDC
DC Voltmeter for 25/100
VDC
Assortment of
resistors, capacitors, inductor coil, transformer, relay, solarcell, diodes, switches, lamps,
potentiometers, thermistor, transistors-NPN and PNP, FET, UJT, PUT, SCR, OP AMP module,
Universal Module and interconnecting leads, etc. Two etched
aluminum storage trays and a foamlined compartment to store all of the
experimental parts and
leads. The overall size of the unit is 17"W x 13"D x 16"H.
It requires a power source of 1 1 5 VAC, 50/60 Hz. Also
available for 220 VAC.
Features:
The unit is complete
with three lab manual/texts that have proven
to be an excellent basis for a course of study up to 300 hours, and
is easily mastered by beginning and intermediate students. All of the AC and DC
self-contained power supplies are current limited and over-load
protected. The integral
voltmeters measure the output of the two DC power supplies at all times.
All of the meters and
power supplies are mounted on a two-color etched 1/8" thick aluminum panel.
All mate rials and the power/meter unit are housed in a sturdy
formica-covered wood case with a locking front cover. Two separate modules are
included for advanced study: OP AMP Module and
Universal Module. They allow the more advanced circuits to be assembled quickly and easily.
Condensed Table of
Contents:
Introduction to Safety, Electronic Terms
Using Power Supplies and Meters
Electrical Circuits-Multimeters
Cells and Batteries-Ohm's Law
Series Circuits-Parallel Circuits
Series Parallel Circuits
Kirchoff's Voltage Law-Current Law
Voltage Dividers-Power
Variable Resistors
DC Ammeter-DC Voltmeter
Series/Shunt Ohmmeters
Wheatstone Bridge
Oscilloscope-Alternating Current
Capacitance-Inductance
Time Constants
Capacitive Reactance-Inductive Reactance
Transformers-Impedance
Power Transfer
Thevenin's Theorem-Norton's Theorem
Network Analysis-Relays
Series Resonance-Parallel Resonance
Semiconductor Diodes-Rectification
Filtering Circuits-Voltage Multipliers
SCR Transistor-Zener Diodes
Transistor Characteristics
Solar Cell-Computer Circuits
Diode Characteristics-Rectification: Half-Wave
Rectification: Full-Wave-Voltage Multipliers
Transistor Current Amp-Transistor Bias
Common Emitter Amp-Common Base Amp
Common Base Tests-Transistor Tests
Thermistor Characteristics-Thermistor Bridge
Temperature Control
JFET Introduction-JFET Source-Drain
JFET Transfer Characteristics
Common Source Amplifier
Biasing the JFET-Operating JFET Stability
Source Follower JFET-JFET Constant Current
MOSFETS
Zener Diode Characteristics
BJT/Zener Shunt Regulator-Series Regulator
Adjustable Regulator-DC to DC Converter
RC Phase Shift Oscillator I and II
LC Audio Oscillator
Hartley Oscillator-Colpitts Oscillator
Transistor Switch-Bistable Flip-Flop
Triggered Flip-Flop-Monostable Multivibrator
Astable Multivibrator-FF Frequency Divider
Schmitt Trigger-Multivibrator Design
Blocking Oscillator-Sawtooth Generator
Bootstrap Generator
Introduction to the UJT
PUT Introduction
Silicon Controlled Rectifier-A Triggered Diode
Half-Wave Phase Control-Phase Analysis
UJT Triggering of the SCR
UJT-SCR Full-Wave Phase Control
Introduction to the Triac-Triac Characteristics
Diac-Diac Relaxation Oscillator
Diac-Triac AC Phase Control
IC Operational Amplifiers
Op Amp Voltage Follower
Op Amp Inverting Amplifier
Op Amp Non-Inverting Amplifier
Op Amp Frequency Response
OP Amp Summing Amplifiers
Intro to the Photoconductive Cell
Photo Cell Light Switches
Intro to the Photo-Voltaic Cell
Schmitt Trigger Light Switch
Light Sensing Bridge-Light Flasher Circuit
Photo Cell Switching Circuits
V to F Converter-Light Controlled
Solar Cell-Op Amp Light Control
Photo Cell-Thyristor Light Control
Intro to the LED-LED Logic Status Indicator
LED Brightness-Simple LED Circuits
12589826
$2,125
Same unit but without power supply and metering
12589895
$1,445
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