Title :
Table of contents
Abstract :
The following topics are dealt with: ultra-low-voltage electronics; pseudorandom number generator based on the residue number system and its FPGA implementation; radiation response of Al2O3-based MOS capacitors under different bias conditions; self timed audio sigma-delta modulator; design method for an ultra low power, low offset, symmetric OTA; ionizing radiation differential sensor based on thick gate oxide MOS transistors; integrated switched-capacitor FSK demodulator for the transmission of control information to the motor over power lines; programmable gain CMOS photodetector array for a non-diffractive beam optical encoder II; ASIC for isolated power inverters; design and implementation of a measurement unit for laser testing of semiconductor memories; and safe circuit for the measurement of stimuli pulse amplitude in biomedical devices.
Keywords :
CMOS integrated circuits; MOS capacitors; biomedical electronics; field programmable gate arrays; frequency shift keying; invertors; low-power electronics; operational amplifiers; photodetectors; radiation hardening (electronics); random number generation; semiconductor storage; sigma-delta modulation; Al2O3; CMOS photodetector array; FPGA implementation; FSK demodulator; MOS capacitors; bias conditions; biomedical devices; control information; differential sensor; integrated switched capacitor; ionizing radiation; isolated power inverters; laser testing; low offset OTA; measurement unit; motor over power lines; nondiffractive beam optical encoder II; programmable gain; pseudorandom number generator; radiation response; residue number system; self timed audio sigma-delta modulator; semiconductor memory; stimuli pulse amplitude; symmetric OTA; thick gate oxide MOS transistors; ultra low power OTA; ultra low voltage electronics;
Conference_Titel :
Micro-Nanoelectronics, Technology and Applications (EAMTA), 2013 7th Argentine School of
Conference_Location :
Buenos Aires
