Experimentation With Rectifiers

The circuits we will be working with are the basic limiting circuit, half-wave and full-wave rectifiers. We will analyze these diode circuits using assuming that we know the voltage drop Of across the diode graphical method to find the voltage and current of the diode bias analysis with piece which is equivalent to solving the circuit with an iterative method. Lastly, we will measure in lab the actual voltage and current values in these circuits to evaluate the accuracy of these various analysis methods for diode circuits. In addition, we will characterize the transfer function of some diode circuits, and use it to predict the circuit output waveform for a given input. We will crosscheck our measurement results with those obtained from piece simulation.

FEATURES:-

• Real time appearance of components
• Test points are provided in different sections of power supply
• Designed by considering all the safety standards
• Low cost trainer including many experiments

TECHNICAL SPECIFICATIONS:-

• Transformer Rating : 9V center tapped (300mA)approximate
• Half wave Rectifier output : +4V DC approximate
• Center-Trapped Rectifier : +8V DC approximate
• Bridge Rectifier Output : +8V DC approximate
• Filter : LC Type
• Load : Resistive 220W, 0.5W
• Mains Supply : 230V ±10%, 50Hz

** Note:-The content of the product and specification are subject to change without prior notice for continuous improvement. Images shown are for representation purpose only.”MICROTEKNIK” keeps the right to modify the content in the product without prior notice