Analog Integrated Circuits Lab Added

Today on ClassNotes123.com, I just added the complete content for the Analog IC Lab, Phase Lock Loop design project which involved reverse engineering a National Semiconductor LM565 and reconstructing it with only discrete devices. The lab walks through the reverse engineering process, breaking down the circuit into each of its components such as the current sources and biasing, phase detector, amplifier stage, filters, Schmitt trigger, etc. This was followed by simulations, constructing the device and measurements. Granted, all the timing specifications were bound to be off given the discrete nature of the reverse engineered design, but a number of specifications were within a reasonable tolerance to the original spec. The lab pages are as follows:

Abstract & Project Overview
DC Current Bias
Phase Detector
Generation of Voltage Controlled Signal
Voltage Controlled Current Source
Schmitt Trigger
CA3046 & CA3096 Transistor Array Characterization
Experimental Verification & Conclusions