The left and right halves are independent. The horizontal rows of holes on the top and bottom of the breadboard are connected together horizontally. Don't try to force larger wire into these hole because it will spring them too far and ruin the board. The breadboarding area on the experimental box has holes for component leads, #22 solid wire and ic pins. These are connected too, but not to the ones above. Use the horizontal bus pins for the voltages shown here.
Insert jumpers to create a continuous bus from one side to the other.
For those circuits built from independent components not using ic chips, it is better to use this power supply because it withstands abuse much better than the power supplies in the experimental box. The independent Anatek variable power supply includes a robust current limiting control. The experimental box includes ☑2 V power supplies for operational amplifiers and a +5 V supply for logic chips. The multimeter can measure voltage, current, resistance and capacitance. Each workstation in the lab has the necessary equipment: an oscilloscope, a function (signal) generator, a multimeter and an experimental box. The homework problems at the end of each lab script are intended to be done before the lab in order to prepare. The time can be used more efficiently if the student prepares in advance by reading the script and planning the procedure before coming to the lab. Some students may need more time to complete the labs, especially at the beginning when the equipment is still unfamiliar. Each lab script is intended for a four-hour lab period.
#DARLINGTON PAIR AMPLIFIER EXPERIMENT LAB MANUAL MANUAL#
Introduction The experiments in this lab manual are designed to introduce various aspects of analog electronics starting from the simplest concepts such as Ohm's law and leading to practical electronic circuits including amplifiers, integrated circuits, oscillators, voltage regulators and logic gates. Mickey Mouse Logic and the Totem Pole Output.45 2. Three Terminal Regulator as a Current Source. 34 Lab 10: Positive Feedback and Oscillators. The Common Source JFET Amplifier.26 Lab 8: Differential and Operational Amplifiers. 25 The World's Simplest AM Radio Transmitter. Using Transistor Curve Tracers to Measure Operating Characteristics. Zener Diode (optional).13 Lab 5: Transistor Fundamentals. Diode Characteristic and Half-wave Rectifier. Voltage Divider and Thévenin's Equivalent Circuit. iii Lab 1: Introduction to Equipment and DC Circuits. Simon Fraser University Physics DepartmentĮlectronics Laboratory Table of Contents Introduction. Physics 331 Electronics Laboratory Manual
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