14b 150MSps high-precision pipeline ADC
Description:
The nSAD_TS130M_3V3_1V2_AD14b150M is a 150MS/s, 13 ENOB, high-precision pipeline AD converter designed on the TSMC 130 M technology. Built around a fully-differential pipeline converter and a digital error correction circuitry, it consumes 295mW on silicon, reaching an energy efficiency of 240fJ/conversion-step. A low noise input buffer is provided for easier interfacing with your analog/RF front-end.
Applications:
AFE for broadband wireline communications
Video capture and motion detection
High speed serial communication (HDMI, Ethernet…)
AFE for fixed and mobile wireless communication
Medical imaging (IR, Doppler…)
Main features:
Internal input buffers, reference generator, biasing and decoupling
Input bandwidth and sampling rate digitally scalable for optimal power consumption
295mW consumption in operation @150MSps, 150MHz BW
250mW consumption in operation @150MSps, 75MHz BW
204mW consumption in operation @75MSps, 75MHz BW
182mW consumption in operation @75MSps, 37.5MHz BW
Power-down mode
1.3mm² area
Dual 3.3/1.2V supply for highest linearity
20 to 150MS/s scalable sampling rate
80dB SNR
86dB SFDR
1 to 4Vpp_diff selectable input range
Product brief:
Main characteristics:
3.3V/1.2V supply voltages
13 ENOB
150MS/s
295mW
TSMC 130 M
Deliverables:
GDS II layouts
LEF abstracts
CDL netlists
Liberty timings
Verilog description
A full datasheet
An integration note
Status:
Pre-silicon
Radiation proven:
No
Automotive grade:
No
