PPT-A Wideband Receiver for FAST

Stephen Smith Cosmic Microwave Technology Inc Sandy Weinreb Ahmed Akgiray Andrew Janzen Ahmed Soliman from Caltech Jin Chengin Liu Hongfei Cao Yang from BAO Outline of Talk. 33 dB DC to 1 GHz Insertion loss typ 02 dB 1 GHz 2 Description The wideband pickoff tee can be used to measure the voltage amplitude of incident and re64258ected waves in a 50 transmission line Pulse input and output are elec trically equivalent and SampleFrequency Name Acronym 48kHz Fullband FB 24kHz Super-wideband SWB 16kHz Wideband WB 12kHz Mediumband MB 8kHz Narrowband NB Table1:Supportedsamplefrequencies. Input RecommendedBitrateRange Type M Shyamnath Gollakota. Dina Katabi. What is Physical Layer Security?. Introduced by Shannon. Sender. Receiver. Channel. Time. Variations known only to sender and receiver . Why is it interesting?. No computational hardness assumptions. Astronomy and space science. Jamie Stevens . | . ATCA Senior Systems Scientist / ATCA Lead Scientist. 2 October 2014. Wideband Imaging and Measurements | Jamie Stevens | Page . 2. Why are wide bandwidths useful?. Graeme Carrad . | Assistant Director - Engineering . Mark Bowen. | Group Leader – Front End Technologies. JULY 2012. CSIRO Astronomy and Space Science. Outline. Technologies for Radio Astronomy. CABB . 3000 Wideband Active DAS. June . 2011. CONTENTS. Introduction. Zinwave. technology. Zinwave. . driving factors. Q & A. Who is . Zinwave. ?. 4. In-Building Solution Provider . based in the UK, with Plano, Texas HQ, supporting U.S. Sales, Service, System Engineering. With Warehouse facilities in Columbus Ohio. . Prabal. . Dutta. , Stephen Dawson-Haggerty, Yin Chen,. Chieh. -Jan (Mike) Liang, and Andreas . Terzis. Presented by . Lianmu. Chen. 2. Outline. Introduction. A-MAC Design Overview . Implementation Details. Hardware/Software Installation and Conguration• Wideband (blocks 21 through 29)• Wideband Low (blocks 470 through 26)• Wideband High (blocks 25 through 33) 2 The Venue Wideband receive RADIOMETRY. A. W. (Tony) . England, Hamid . Nejati. , and Amanda Mims. University of Michigan, Ann Arbor, Michigan, U.S.. A. IGARSS 2011. . Outline. Intro to global snowpack sensing. Limitations of current snowpack sensing technologies. Software Estimation. Mohamed Omer. Jan Schulte. Universidad Politécnica de Madrid. 13/05/2008. Table of Content. Introduction. Wideband-Delphi. Entry critera. Steps. Delphi. Usage statistics. Best practices. Shyamnath Gollakota. Dina Katabi. What is Physical Layer Security?. Introduced by Shannon. Sender. Receiver. Channel. Time. Variations known only to sender and receiver . Why is it interesting?. No computational hardness assumptions. IDEBAND ALE C WALE / ALE 4 G C 5 ATASHEET F WB Modem LE 4 G / WALE HF WB Modem opyright 23!Output Power .................................................................................................. 24!Receivers ....................................................................... 2. Introduction (1). Optical coherent receivers operate on the principle of mixing an incoming optical field (information channel) with a high power local oscillator (LO) signal prior to detection by the photodetector. When the frequencies of the LO and incoming optical field carrier are the same, the baseband signal is directly extracted from the output of the photodetector (.