A 45nm 76-81GHz CMOS Radar Receiver for Automotive Applications.
Debapriya SahuRittu Sachdev-SinghHarikrishna ParthasarathyRohit ChatterjeeBrian P. GinsburgDaniel BreenKaran BhatiaSudhir PolarouthuVimal EdayathBhupendra SharmaMeghna AgarwalKarthik SubburajAnjan PrasadShankar RamCathy ChiRoss KulakVijay RentalaNeeraj P. NayakPublished in: A-SSCC (2019)
Keyphrases
- high speed
- cmos technology
- silicon on insulator
- received signal
- power consumption
- nm technology
- low power
- metal oxide semiconductor
- clock frequency
- automotive industry
- analog vlsi
- low voltage
- signal processing
- low cost
- ultra wide band
- radar images
- delay insensitive
- image sensor
- parallel processing
- signal to noise ratio
- radar data
- millimeter wave
- automatic target recognition
- target recognition
- frequency band
- dual band
- power supply
- fading channels
- weather data
- circuit design
- ibm power processor
- integrated circuit
- real time