… With this integration flexibility, GaN power integrated circuits (ICs) stand to provide similar
benefits as a silicon BCD (Si-BCD) process, but with the improved power-device FoM of GaN. …

… cryo-CMOS integrated circuit has been co-integrated with quantum dots [4], fully-integrated …
and PM signal at the input at 3.5K, sampling the output I/Q waveforms and reconstructing the …

… Each bit is driven from an on-chip PRBS circuit, with the clock provided externally. Multiplexing
logic is used at the PRBS outputs to select between modulation schemes. The power …

… sampler, it is sampled using the same physical wire that samples the residue in the … -on-chip
functional test. From 2012 to 2014, he was with the Fraunhofer Institute for Integrated Circuits…

… Here we introduce a modular quantum system-on-chip (… an application-specific integrated
circuit designed for cryogenic … node n con among n qubit samples we have. This value is an …

… the analog information on-chip. The high sampling rate combined with on-chip digital back-…
Key to these efforts is the introduction of integrated circuits (ICs or “computer chip technology…

… : 1) an on-chip terminated very fast settling buffer-less input front end; 2) an on-chip clock
chain … analog integrated circuits for telecommunication systems and analog signal processing. …

… As the clock speed of high performance integrated circuits increases to … sampling and the
measured data is processed on chip. Although the subsampling clock is generated on chip …

… integrated circuits (ICs), baseband signal processing, soft radio, vector processors, RF
digital front-end signal processing algorithms, and DSP correction of analog/RF circuits. Dr. …

… Performance, reliability, and costs are the three core attributes of any integrated circuits (IC) …
On the other hand, historically, system-on-chip (SoC, single native chip mostly in Si CMOS) …