Consider an 8-bit ADC with a plusminus 10 V nominal input range. 1. What is the quantization interval Q? 2. What is the maximum quantization error? 3. What integer codes will be produced by the incoming voltages of -5 V,0 V, +1 V and +12 V? 4. What will be the corresponding binary codes of the integers in part c? 5. What is the range of incoming voltages that can result in the binary code: (1001 0101)_2? 6. If you want to analyze signals up to 10 kHz what aperture time do you need? 7. If you use an 80 ns aperture time to analyze a 100 kHz signal, how many bits will be significant? 8. With a 10 ns aperture time how large a frequency can you measure?

Consider an 8-bit ADC with a plusminus 10 V nominal input range. 1. What is the quantization interval Q? 2. What is the maximum quantization error? 3. What integer codes will be produced by the incoming voltages of -5 V,0 V, +1 V and +12 V? 4. What will be the corresponding binary codes of the integers in part c? 5. What is the range of incoming voltages that can result in the binary code: (1001 0101)_2? 6. If you want to analyze signals up to 10 kHz what aperture time do you need? 7. If you use an 80 ns aperture time to analyze a 100 kHz signal, how many bits will be significant? 8. With a 10 ns aperture time how large a frequency can you measure?

This content is for Premium members only.
sign up for premium and access unlimited solutions for a month at just 5$(not renewed automatically)