BASIC ELECTRONIC TRAINER/ DISCRETE COMPONENT TRAINER

BASIC ELECTRONIC TRAINER/ DISCRETE COMPONENT TRAINER .
Useful, low cost, multi-purpose, mini-lab for all basic experiments in linear, digital & hybrid circuits using Discrete Component Trainer    
• Low Cost    
• Multi purpose Mini Lab    
• Solderless Experiments possible    
• 2mm Inter Connection    
• Multi output DC Regulated Power Supplies with short circuit protection    
• Detailed Manual    
• 2 mm Stackable Patch Cords    
    
TECHNICAL SPECIFICATIONS    
The Discrete Component Trainer Model covers experiments in basic electronics as follows:
• Study and verify the characteristics of various devices such as Diodes, (Si / Ge I Fast switching), Transistors ( CB, CE, CC for different NPN & PNP transistor), FET, UJT, MOSFET, SCR, Diac, Triac, LDR, Zener Diodes, LED’s.
• Study working of resistors, capacitors, inductors, potentiometers, output transformer, speaker, relay.
• Study and verify the basic theorems & laws such as resistors/ capacitors / inductors in series / parallel and combinations of, Ohm’s Laws, Kirchoff’s voltage law, Kirchoffs current law.    
• Study & verify the RC, RL & RLC series & parallel resonance circuits, filters (LP, HP, BP, BR).     
• Study & verify the clipping, clamping, biased clippers, half wave, full wave & bridge rectifier circuits.
• Study and verify the voltage regulators circuits using zener diodes & transistors.    
• Study and verify the digital gates using diodes and transistors.    
• Study and verify the performance of amplifiers such as CB, CE, CC transistor amplifiers, power amplifiers, audio amplifiers, differential amplifiers and feedback amplifiers (current series/shunt).    
• Study and verify the oscillators such as phase shift, astable, monostable, bistable and Schmitt trigger.
• Study and verify the performance of applications of special devices such as FET as an amplifier, FET as source follower I switch, MOSFET as an amplifier, UJT as relaxation oscillator, light operated relay
• Many other experiments can be designed to performed using the onboard components and special veroboard provided (for use of external components without soldering).    
IC based DC Reg. Power Supplies :