BG95S Modern Electricity and Electronics-Two Year Course with Built-in Power Supply & Metering
The BG95S is a large self-contained unit which begins with the most basic concepts of Electricity and proceeds to an in-depth study of Electronics and Semiconductors. The unit includes  two different Student Lab Manuals: "Modern Electricity and Semiconductor Electronics" w/35 experiments and "Modern Semiconductor Electronics" w/60 experiments. Most experiments in the manuals can be performed using the self-contained P1 Power Supply. Additional metering and AF and RF generators are required. 

The BG96S 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, diodes, switches, lamps, potentiometers, thermistor, transistors-NPN and PNP, FET, UJT, PUT, SCR and interconnecting leads, etc. 

The overall size of the unit is 17" wide x 16" tall x 13" deep. It requires a power source of 115 VAC, 50/60 Hz. Also available for 220 VAC, 50/60 Hz.

Features:
The unit is complete with two lab manual/texts that have proven to be an excellent basis of a course of study up to 250 hours, and that 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 materials and the power/meter unit are housed in a sturdy formica-covered wood case with a locking front cover. Connection between parts is made using alligator clip leads which are included. Most loose experimental parts are secured the work surface with Velcro hook and loop pads and strips. 

Condensed Table of Contents:
Using Meters & Supplies-Electrical Circuits 
Multimeters-Cells & Batteries 
Ohm's Law-Series Circuits-Parallel Circuits
Series-Parallel Circuits-Kirchoff's Voltage Law
Kirchoff's Current Law-Voltage Dividers
Power-Variable Resistors-DC Ammeter
DC Voltmeter-Series, Shunt Ohmmeters
Wheatstone Bridge-Using the Oscilloscope
Semiconductor Diodes-Capacitance
Series Resonance-Time Constants
Capacitive Reactance-Inductive Reactance
Parallel Resonance-Impedance
Power Transfer-Thevenin's Theorem
Norton's Theorem-Network Analysis
Rectification-Filtering Circuits-Voltage Multi.
Diode Charac.-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 Charac. 
Common Source Amplifier-Biasing the JFET
Operating JFET Stability-Source Follow JFET 
JFET Constant Current-MOSFET Introduction
MOSFET Drain Charac.-Transfer Charac.
MOSFET Volt Amp.-Biasing MOSFET Amps
MOSFET RF Amp-Dual-Gate MOSFET Mixer
Zener Diode-Zener Diode Shunt Regulator
BJT/Zener Shunt Regulator-Series Regulator
Introduction to the UJT-UJT Measurements
UJT Parameters-Relaxation Oscillator
UJT Oscillator Design-Waveform Generation
UJT Multivibrator-PUT Introduction
PUT Characteristics-Voltage Ramp Generator
PUT Frequency Divider-PUT Long Time Delay
UJT Temperature Compensation
Silicon Controlled Rectifier-A Triggered Diode
SCR Gate Charac.-Anode-Cathode Charac.
SCR in AC Circuits-SCR in Rectifier Circuits
SCR Reactive Gate Circuits-Phase Control
Half-Wave Control-Phase Control Analysis
UJT Triggering of the SCR
UJT-SCR Full-Wave Phase Control
Introduction to the Triac
Photoconductive Cell-Photo Cell Switches
The LED-LED as a Logic Status Indicator

12589823                                          $1,895