12-bit 9GSPS ADC on 16nm

The ODT-ADS-12B9G-16 is an ultra-highperformance time-interleaved ADC designed in a 16nm CMOS process.

This 12-bit, 9GSPS ADC supports input signals up to 3.0 GHz and features a differential fullscale range of 0.8Vpp and excellent static and dynamic performance.

The ADC architecture is optimized to maximize performance while minimizing power and area consumption. The ADC input is internally buffered and then distributed to timeinterleaved ADC channels.

The ADC includes built in calibration to remove time interleaving artifacts, including offset mismatch, gain mismatch and timing skew.

To maximize SNR, the ADC includes an ultralow-jitter clock distribution network with aperture jitter of 50fsrms.

• Ultra high-performance low-power ADC
• 12-bit ADC resolution
• Sampling rate up to 9GSPS
• Fully differential operation
• 0.8Vpp differential input signal range
• Functional from -40C to 125C
• In-band SFDR > 62dB
• SNDR up to 56dB
• Internal calibration circuitry to correct time-interleaving errors
• Power dissipation scalable with sampling rate 

• General purpose software defined radio
• High speed data acquisition systems
• Cellular base station
• Broadband communications
• High-speed medical imaging
• Wideband satellite receiver

• Datasheet
• Hard Macro (GDSII)
• Characterization Report (as applicable)
• Abstract View (LEF) for top level connectivity
• Spectre Netlist (as needed upon request)
• Behavioral Model
• Integration and Customer Support