New Results On Opto-Electronics
New Results on Opto-ElectronicsK.K. GanThe Ohio State UniversityFebruary 11, 2003K. Arms, K.K. Gan, M.O. Johnson, H.P. Kagan, R.D. Kass,A. Rahimi, C Rush, R. Ter-Antonian, M. ZoellerThe Ohio State UniversityA. Ciliox, M. Holder, M. ZiolkowskiSiegen UniversityK.K. GanATLAS Pixel Week1
OutlinelResult on VCSEL AnnealinglTest with Type 0 cablelTest with RX/TXlSummaryK.K. GanATLAS Pixel Week2
Optical Power of Irradiated Opto-boards after Annealing1200p implanted VCSEL1000Power (mW)80060040020000100200300400500600Time (hours)limited annealing during irradiation partially recovers optical power lost] all links have good optical power before annealingl one VCSEL has large radiation damage] large improvement with annealing] dead after 100 hours of annealinglK.K. GanATLAS Pixel Week3
Bit Error Testing with PP0/Type 0 CablesOpto-boardOpto-packbi-phase markedoptical signalPINDORICdecoded dataVCSELVDCdecoded clockVCSELVDClK.K. GanPP0/Type 0 cablescompare original and decoded data] measure minimum PIN current for no bit errorsATLAS Pixel Week4
Opto-Board with PP0 Type 0 CablesPP0Type 0ldata/clock from DORIC to VDC rerouted via PP0/Type 0 cablesK.K. GanATLAS Pixel Week5
PIN Current Thresholds with PP0/Type 0 Cables35Opto-Board on Test BoardOpto-Board on PP030Opto-Board on PP0 with Type 0 CableIpin link#7lPIN current thresholds measured with other links running at 40 mAlno increase in thresholds with PP0/Type 0 cablesK.K. GanATLAS Pixel Week6
PIN Current Thresholds with BPM/DRX35Opto-Board on Test Board30Opto-Board on Test Board with BPM/DRXIpin link#7thresholds for no bit error measured with other links running at 40 mAl opto-board operates with lower thresholds with BPM/DRX] opto-board design is compatible with BPM/DRXlK.K. GanATLAS Pixel Week7
Summarylone irradiated VCSEL failed during annealinglno change in PIN current thresholds for no bit errorswith PP0/Type 0 cablellower PIN current thresholds with BPM/DRX]opto-board is compatible with BPM/DRXK.K. GanATLAS Pixel Week8
DORIC-I5e: Engineering RunPresentation by Mike Zeollerl DORIC-I5e:March 2003, with MCC run3 metal layers (MPW runs), MZ top metal g 5 metals, LM top metala improved power routing:extra metalsLM sheet resistance is 61% that of MZa reduced strays in input stage:top metal shielding layer further separated from m1, m2Minor improvements:double # contacts in one preamp FETa max. IPIN : 2mA g 4mAreduce area of input FETa reduce strays in input stageAdd power bypass capacitors (mimcaps?)K.K. GanATLAS Pixel Week9
New Results on Opto-Electronics K.K. Gan The Ohio State University February 11, 2003 . Optical Power of Irradiated Opto-boards after Annealing 0 200 400 600 800 1000 1200 0 100 200 300 400 500 600 Time (hours) Pow
1 Opto Electronics PG (Opto Electronics & Communication Systems) 2 Fibre Optics PG (Opto Electronics & Communication Systems) 3 Optical Communication Technology PG (Opto Electronics & Communication Systems) 4 Power Electronics B Tech Electrical & Electronics Engg. (CUSAT) 5 DC Machines and Transformers B Tech
The optical electronics are mounted on an opto-board. We produce opto-boards of two flavours. For outer barrel layer and the disk system each module requires one link for transmitting data, therefore each opto-board contains two 4-channel VDC chips plus one 8-ch
checks on military opto-electronics systems and also their interoperability. In this paper, an overview of the current and emerging military applications of lasers and opto-electronics systems has been given with an outline on the likely trends leading to performance enhancement of the
performance, and reliability as they pertain to micro- and opto-electronics. The audience for these volumes are those who work in micro- and opto-electronics and photonics, as well as those in many related areas of applied science and engineering. The expecte
Opto Electronics is a Company dedicated to design, develop, manufacture and market mechanical systems for applied optics. We have specialized in manufacturing optical hardware, micro-positioning equipment and Opto-Mechanics since 197
OPTO-ELECTRONICS IN IIl-V SEMICONDUCTORS MATERIALS AND DEVICES Organizer: ARO-URI-University of Rochester and CECOM Center for Night Vision and Electro-Optics 1. INTRODUCTION 2. SUMMARY -- INCLUDING FOLLOW-UP 3. VIEWGRAPH PRESENTATIONS A. Center for Opto
PG Scholar, Opto Electronics and Communication Systems, Dept. of Electronics and Communication Engg, TKM Institute of Technology, Kollam, Kerala, India. Prof. Helen Mascreen . Professor, Opto Electronics and Communication Systems Dept. of Electronics and Communication
The Roundtable API procedure is deployed as source and is located in /rtb/p/rtb_api.p. Complete details on using the API can be found in the definitions section of the API procedure. 3.2 Example – Creating a Task 3.2.1 Initializing the API In its most basic form, initializing the API is just a matter running the API procedure
