1. Power Requirements

️· Input Supply Range (VDD): 2.75 - 5.25V
️· DRIVE Range (VDRIVE): 2.75 - 5.25V (must be less than or equal to VDD)
️· Normal Mode (Static) Input Current (IDD): 0.01 - 0.5 µA
️· Normal Mode (Operational) Input Current (fSCLK = 20MHz, VDD = 4.75-5.25V): 3.0 - 3.5 mA
️· Normal Mode (Operational) Input Current (fSCLK = 20MHz, VDD = 2.7-3.6V): 2.4 - 2.8 mA
️· Auto Shutdown Mode Input Current: 1.4 - 1.6 mA (at VDD = 4.75-5.25V)
️· Power Dissipation (Normal Mode, Operational, fSCLK = 20MHz, VDD = 4.75-5.25V): 18.4 mW
️· Power Dissipation (Auto Shutdown Mode, Static, VDD = 4.75-5.25V): 2.5 µW

2. Timing Specifications

️· SCLK Frequency (fSCLK): 0.01 - 20 MHz
️· SCLK Period (tCP): 50 ns (at 20 MHz)
️· Minimum Quiet Time (tQUIET): 50 ns
️· CSN Fall to SCLK Fall Setup (tCSS): 10 ns
️· CSN Fall to DOUT Enabled (tCSDOE): 20 ns
️· CSN Fall to DOUT Valid (tCSDOV): 40 ns
️· SCLK Pulse Width Low (tCL): 0.4 * tCP
️· SCLK Pulse Width High (tCH): 0.4 * tCP
️· SCLK Fall to DOUT Hold (tDOH): 10 ns
️· SCLK Fall to DOUT Valid (tDOV): 50 ns
️· SCLK Fall to DOUT Disable (tDOD): 15-50 ns
️· DIN to SCLK Fall Setup (tDS): 20 ns
️· DIN to SCLK Fall Hold (tDH): 5 ns
️· Sixteenth SCLK Fall to CSN Rise Hold (tCSH): 20 ns
️· Power-up time (tWAKEUP): 1 µs

3. Characteristics (from Figures)

️· Figure 5 (Integral Nonlinearity): Shows a small range of nonlinearity around 0V.
️· Figure 6 (Differential Nonlinearity): Shows a small range of nonlinearity around 0V.
️· Figure 7 (FFT @ 50kHz, RANGE=1, SE/FDN=1):
- SNR = 71.0 dB
- THD = -85.5 dB
- SFDR = 86.5 dB
️· Figure 8 (FFT @ 50kHz, RANGE=1, SE/FDN=0):
- SNR = 72.1 dB
- THD = -84.7 dB
- SFDR = 86.2 dB
️· Figure 9 (ENOB vs. VREFIN): ENOB is approximately 11.6 for a range of VREFIN voltages. Values vary slightly depending on VDD.
️· Figure 10 (ENOB vs. Input Signal Frequency): ENOB is relatively consistent across the tested frequency range (10-1000 kHz).