For many digital communication system bandwidth and transmission power are limited resource and it is well known that the use of recursive convolution encoder (RCE) plays a fundamental role to increasing power and spectrum efficiency. The development of error correction technique with increasing coding ...
Today’s SoC architectures are so complex that they are creating rifts between design teams in any given project. For example, when architects decide on the functionality and the underlying data flow of a design during the front-end of the chip design pr
L. Bugge et al., "Large Area Silicon Detectors with Front End Electronics in VLSI as a Luminosity Monitor at LEP", Internal Report 86-10, Institute of Physics, University of Oslo (1986).L. Bugge, T. Buran, F. Buschman, M Dam, L. Evensen. B. Fjeld, T. E. Hansen, G. Mtih...
In this framework we designed and simulated a low-noise Charge Sensitive Preamplifier for High Purity Germanium detectors using the Austria Micro System S35 silicon-germanium technology. The preamplifier uses two silicon-germanium Hetero-junction Bipolar Transistors, a few silicon Metal-Oxide-Silicon ...
The first prototype for the EUSO Digital Front End Electronics VLSI chip has been developed by the INFN Genova group, and now it is in advanced test and characterization phase. An outline of the entire project is given, focusing the subject on the preliminary results we obtained during bench ...
This work presents complete VLSI architecture of the DFT front-end in QAM-OFDM receiver. The DFT processor consists of MOS current mirror. Geometrical variations of transistor sizes result in significant error during coefficient multiplication. This issue has been addressed using gain programmable ...
L. Sohler and D. Lachartre "FILTRES: A 128 channels VLSI mixed front-end readout electronic development for microstrip detectors", Nucl. Instrum. Methods Phys. Res., Sec. A: Accel., Spectrometers, Detect. Assoc. Equipm. , vol. 412, no. 1, pp.123 -134 1998...
VLSIapplication specific integrated circuitsneutrino detectionnuclear electronicsoptical sensorsNEMO underwater neutrino detectorVLSI ASIC front endfront-end electronicsoptical moduletelescope optical sensorsnot avaliabledoi:10.1109/nssmic.2005.1596253Lo Presti, D....
VLSIpreamplifierThe paper presents the analog section of a readout electronics for multichannel detector systems using VLSI bipolar technology. The charge amplifier and the fast shaper (peaking time 20ns) are designed for minimum noise (ENC<650 electrons rms for 5pF detector capacitance), small ...
The work described here has been developed in the context of the NEMO Collaboration with the aim of studying and designing a front-end electronics for the Optical Modules, which contain the telescope optical sensors, as a full-custom Very Large Scale Integration (VLSI) Application Specific ...