Media Summary: This video describes how to design and implement 4 x 1 MUX using logic gates. This video describes about the design of Full wave rectifier to calculate DC voltage under load and ripple factor. This video describes how to design and simulate using Spice the BJT and FET and plot their frequency response.
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This video describes how to design and implement 4 x 1 MUX using logic gates. This video describes about the design of Full wave rectifier to calculate DC voltage under load and ripple factor. This video describes how to design and simulate using Spice the BJT and FET and plot their frequency response. This video describes about the design of Half wave rectifier to calculate DC voltage under load and ripple factor. This video describes how to design and simulate using Spice the Cascode and Cascade amplifier. This video describes how to design and implement Encoder using logic gates.
This video describes how to design and implement 1x 4 DEMUX using logic gates . This video describes about the design a Common Emitter amplifier using voltage divider bias and to study the frequency response ... This video describes how to design and simulate using Spice the FET and MOSFET with Fixed bias, Self bias and Voltage divider ... This video describes how to design and verify 4 bit ripple counter. This video describes how to design and implement 4-bit Binary to Gray Code converter. This video describes how to design and verify Mod 10/ Mod 12 ripple counters.
This video describes how to design and implement 4-bit Gray to Binary Code converter.
