Electro-thermal characterization of a differential temperature sensor in a 65 nm CMOS IC: Applications to gain monitoring in RF amplifiers.
Josep AltetJosé Luis GonzálezDidac GómezXavier PerpiñàWilfrid ClaeysStéphane GraubyCédric DufisMiquel VellvehíDiego MateoFerran ReverterStefan DilhaireXavier JordàPublished in: Microelectron. J. (2014)
Keyphrases
- thermal imaging
- high temperature
- infrared
- real time
- focal plane
- image sensor
- thermal conductivity
- room temperature
- cmos image sensor
- cmos technology
- heat transfer
- sensor data
- monitoring system
- heat flow
- electrical power
- power supply
- air temperature
- metal oxide semiconductor
- sensor networks
- silicon on insulator
- integrated circuit
- low cost
- high speed
- health monitoring
- multi sensor
- ultra low power
- body sensor networks
- nm technology
- wireless sensor
- data acquisition
- sensor data streams
- power consumption
- air conditioning
- acoustic emission
- safe operation
- relevance feedback
- low power
- sensing devices
- condition monitoring
- analog vlsi
- delay insensitive
- solid state
- power plant
- rf sputtering