By Boris Murmann

With the appearance of robust electronic sign processing in transportable digital functions, we've seen a becoming, unhappy call for for energy effective, high-speed and high-resolution analog-to-digital converters (ADCs). whereas expertise scaling has resulted in innovative earnings in electronic computing strength and effort potency, development in analog-to-digital conversion interfaces has been relatively gradual. Digitally Assisted Pipeline ADCs: concept and Implementation explores the chance to minimize ADC energy dissipation via leveraging electronic sign processing functions in fantastic line built-in circuit know-how. The defined digitally assisted pipelined ADC makes use of a statistics-based procedure id strategy as an allowing aspect to exchange precision residue amplifiers with basic open-loop achieve phases.

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Again, this choice is somewhat arbitrary, but fairly reasonable. As we see from these four data points, energy efficiency in noise limited circuits is virtually constant, and independent of technology. 3 Pipelined ADC Performance Trends We now compare the above result to FOM3 performance from published works. As an example, we use data from 10-bit pipelined ADCs, which is summarized in Table 3-2 and plotted in Figure 3-18 versus feature size. 5 years. 6 years. Table 3-2. 10-bit pipelined ADC performance.

To investigate this, we are showing the ratio tslew/tlin in Figure 3-16 for N=10 and G=2. A gain of G=2 is often used in pipeline stages to maximize their operating speed. 25µm 0 0 50 100 150 fs [MHz] 200 250 300 Figure 3-16. Ratio slewing/linear settling time vs. sampling speed. 18µm technology until about fs=125MHz. 18µm. It is now interesting to modify FOMPSD to include the slewing effect. Using (3-25) and (3-26) we can rewrite the speed portion of (3-20) to get t slew t lin v . § g m · ¸¸ V DD ¨¨ © I D ¹ ( fT ) 1 FOM PSD (3-27) We now plot this new figure of merit versus a new, effective sampling frequency that also captures the additional settling time due to slewing (see Figure 3-17).

However, in high dynamic range circuits it is usually true that Cgs<