What happens if, later in the design, you find out you need more resolution from your ADC? There are simple ways to do this.

12.3 Oversampling of Analog-to-Digital Conversion Oversampling of the analog signal has become popular in DSP industry to improve resolution of analog-to-digital conversion (ADC). Oversampling uses a ...

When you select RRS (random repetitive sampling) in a scope that provides an RRS mode, your instrument operates at the opposite end of the sampling-rate spectrum from scopes that, at their fastest ...

By sufficiently oversampling at the ADC, we can design a very simple, linear phase, digital filter that has no problems with our audio signal. There has been much misinformation surrounding upsampling ...

When you use an oversampling-ADC architecture, some manufacturers assume that the resulting noise from multiple conversions is random. When you apply a “noiseless” dc signal, such as ground, to the ...

Teledyne LeCroy’s updated line of analog and mixed-signal oscilloscopes, with their simple-to-use interface, leverages 10X oversampling of a 1-GHz signal for maximum accuracy. It’s not every ...

As to aliasing, if the sampling rate, f S , just barely exceeds 2*f –3-dB , you may not see aliases if the original signal’s energy content at f –3-dB is low enough. Yet with the same filtering and ...