Unusual file formats in your day-to-day papers management and modifying operations can create immediate confusion over how to edit them. You might need more than pre-installed computer software for efficient and speedy document modifying. If you want to cut off period in QUOX or make any other simple change in your document, choose a document editor that has the features for you to deal with ease. To deal with all of the formats, such as QUOX, opting for an editor that works well with all kinds of files will be your best choice.
Try DocHub for efficient document management, regardless of your document’s format. It has powerful online editing instruments that streamline your papers management operations. It is easy to create, edit, annotate, and share any document, as all you need to access these characteristics is an internet connection and an functioning DocHub account. Just one document tool is all you need. Don’t lose time switching between various applications for different files.
Enjoy the efficiency of working with an instrument created specifically to streamline papers processing. See how straightforward it is to revise any document, even if it is the very first time you have worked with its format. Register a free account now and improve your whole working process.
hey friends welcome to the YouTube channel all about Electronics so in this question weve been given this digital circuit and here weve been asked to find the output voltage of the given circuit so if you closely observe the circuit then it consists of two comparators and here the two sinusoidal voltage V1 and V2 are applied to these comparators so the output of the two comparators are given to the xor gate and then the output of the xor gate is given to the low pass filter so here we have been given that the cutoff frequency of the low pass filter is equal to 0.1 Hertz so basically here this low pass filter gives us the average value so in short here we have been asked to find the average value of the output waveform so as I said here both P1 and V2 are the sinusoidal signals so as you can see both signals are of the same amplitude and the frequency but they are the phase shifted so whenever these signals are applied to the comparator then based on their amplitude the comparator wi