28 = 256, so an 8 bit encoder would have a resolution of one part in 256, or 0.39%.
if you want to use 8*3 encoder than you must the design the circuit according to variable and with the help of k-map and you can not construct the circuit of 8*3 encoder using 7432 (which is or gate ic) only. you need AND gate 7408 and may be NOT 7404 gate according to design.
Tor futki
The ''Audio Resolution' is how good your sound device is. In the 80's for example, you only had 8-Bit sound (8 channels) , but today it is a lot more
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A 12-bit system is generally better than an 8-bit system because it can represent more values and provide higher resolution, allowing for more precise and detailed data processing.
to store 12 bits per pixel 1.for system with resolution 640 by 480 frame buffer size=(640*480*12)/8=0.46Mbyte 2.for system with resolution 1280 by 1024 frame buffer sizs=(1280*1024*12)/8=1.96Mbyte 3.for system with resolution 2560 by 2048 frame buffer sizs=(2560*2048*12)/8=7.86Mbyte to store 24 bits per pixel 1.for system with resolution 640 by 480 frame buffer size=(640*480*24)/8=0.92Mbyte 2.for system with resolution 1280 by 1024 frame buffer sizs=(1280*1024*24)/8=3.93Mbyte 3.for system with resolution 2560 by 2048 frame buffer sizs=(2560*2048*24)/8=15.72Mbyte
a: 3.5v/0.014= 250 or 252 a 8 bit conversion will cover that.
karthika only know answer to this question
8-Bit: 8-bit resolution was used in the earliest sound cards, and is used for some lower-quality recording formats as well. Here, each sample can take one of 256 different values (2^8=256). This is not generally considered enough resolution to accurately represent music audio.16-Bit: This is the standard for compact disk audio and newer sound cards. Each sample can take one of 65,536 different values, more than any human can readily discern.
You can load the audio file into a program like Audacity, and then Export them choosing the 8-bit resolution. Because of the low quality of these recordings, most programs will not record at this depth, you must convert the files afterwards.
The file size of an image with a resolution of 300dpi can vary depending on the dimensions of the image. Generally, a high-quality image with a resolution of 300dpi will have a larger file size compared to a lower resolution image. To calculate the file size in kilobytes, you can use the formula: File Size (in kilobytes) (Width x Height x Bit Depth x Resolution) / 8 / 1024 Where: Width and Height are the dimensions of the image in pixels Bit Depth is the number of bits used to represent each pixel (usually 24 bits for color images) Resolution is the dpi value (300dpi in this case) By plugging in the values for the dimensions, bit depth, and resolution of the image, you can calculate the file size in kilobytes.
An 8 bit microprocessor is a 'microprocessor' which only has an 8 bit wide databus.