Recent content by Nabeel

In one of the previous assignments I have made a non-overlapping circuit and the resulting waveform was achieved. From this circuit and waveforms it can easily be seen that on any given instance, only one of the clock of PHI is high and the other is low and vice versa Overlapping would...

I do have non-inverting buck/boost converter to which I will input the voltage from the solar cells(connected in parallel). I will buck down the voltage to 3.7V and if the voltage at the input falls below 3.7V the converter will boost the voltage to 3.7V. I just needed to find a way so that I...

The Question says the the circuit makes use of a basic 250 Mhz clock. Using this clock the circuit generates three non-overlapping clock phases running at 50 MHz. Does this mean I only have to use 50MHz from the Master Clock?

My work I will add information for what I have worked with the solutions and the diagrams below: This is the logic diagram and CMOS schematic diagram of the Non-overlapping clock signals. I want to input a spice code which will run my design and output three non-overlapping signals at...

No, the phases don't have to be of the same duty cycle. What I thought of the circuit is that it should have a three phase clock generator,the function,the frequency divider,zero clock T gate & the D flip flop.

I want to design a multiphase clock generator circuit and control logic. The circuit will have a 250 MHz clock and the circuit will generate three non-overlapping clock phrases running at 50 MHz. Each clock phase has an associated output driver that can drive up to a 10pF load with no more than...

have two solar cells which I have connected in Parallel to increase the current provided to the system. I want to calculate the maximum Power point tracking for my solar cells. There was no information provided by the seller except the one below. I have attached the open circuit reading of...

Function of the Circuit: • Provide a constant voltage of 3.7V at the load for battery charging when there is an input ranging from 0V to 5V. • When SW1 driven by PWM 1 and SW2 is always OFF, the device will work in Buck Mode. That is if input voltage goes above 3.7V. • When SW1 is always ON...