EMBRACE receiver 8th SKADS Board Meeting Château de Limelette, Belgium, 3 November 2009 DS5 EMBRACE IRA&ASTRON DS5 Eng. Group Presentation by Jader Monari.

Slides:



Advertisements
Similar presentations
Hardware Design of a 1 GHz Amplifier and Initial Comparison with SimRF Application Note K. Wang, R. Ludwig, S. Bitar, S. Makarov Aug 21, 2011.
Advertisements

In partnership with STMicroelectronics DESIGN OF A CLASS 1 POWER AMPLIFIER FOR BLUETOOTH TM APPLICATIONS Advisors Candidate Prof. Antonella D’Orazio Giovanni.
Why Not Go Directly to Digital in Cellular Radios, and Connect the A/D to the Antenna? Paul C. Davis (Retired from Bell Labs)
1 IF Receiver for Wideband Digitally Modulated Signals Direct Instructor: Doctor Ronen Holtzman, Microwave Division, Elisra Electronic Systems Ltd. Supervising.
AAVS receiver Federico Perini AAVP December, ASTRON, Dwingeloo.
Senior Capstone Project: Fast Tuning Synthesizer Member: Nathan Roth Advisors: Dr. Huggins Dr. Shastry Mr. James Jensen Date:March 4, 2004.
Polar Loop Transmitter T. Sowlati, D. Rozenblit, R. Pullela, M. Damgaard, E. McCarthy, D. Koh, D. Ripley, F. Balteanu, I. Gheorghe.
Sensor for cellular activity Supervised by : Yossi Hipsh Preformed by : Assaf Haim Ohad Fremder.
Mid-Semester Design Review High Frequency Radio with BPSK Modulation.
Integrated Circuits Design for Applications in Communications Dr. Charles Surya Department of Electronic and Information Engineering DE636  6220
Senior Capstone Project: Fast Tuning Synthesizer Member: Nathan Roth Advisors: Dr. Huggins Dr. Shastry Mr. James Jensen Date:March 4, 2004.
Review of Important AM Receiver Concepts 1.Receiver Sensitivity: P SB,MIN (dBm) - N EFF (dBm) > SNR MIN (dB) P SENS (dBm) = P SB,MIN (dBm) + 10log 10 (2/m.
COMMUNICATION SYSTEM EECB353 Chapter 2 Part IV AMPLITUDE MODULATION Dept of Electrical Engineering Universiti Tenaga Nasional.
WP06_AntennaIF. WP06_AntennaIF 3 principal modules switch amplifier (= ATA ‘PAM’) –includes attenuators (0-60 dB), power detector, and bias tee for the.
2.4GHz Single Balanced Mixer Andrew Bacon Jacqueline Griffin John Stone.
HIAPER Cloud Radar Transceiver Exciter Receiver Oscillators High-Powered Amplifier Calibration Exciter Receiver Oscillators High-Powered Amplifier Calibration.
Superheterodyne Receiver RF Front End (Amps, Filters) Local Oscillator Mixer IF Strip (Amps, Filters) Channel SelectivityService Band Detector (Demodulation)
2/23/2010R. Munden - Fairfield University1. Objectives Describe double conversion and up-conversion and explain their advantages Analyze the advantages.
BY MD YOUSUF IRFAN.  GLOBAL Positioning System (GPS) receivers for the consumer market require solutions that are compact, cheap, and low power.  This.
Outline Direct conversion architecture Time-varying DC offsets Solutions on offset Harmonic mixing principle FLEX pager receiver Individual receiver blocks.
A 77-79GHz Doppler Radar Transceiver in Silicon
Jader Monari1 BEST receivers 4 th SKADS Workshop, Lisbon, 2-3 October 2008 Jader Monari IRA -INAF- Bologna –Italy-
Galaxy H/W Training - GPRS RF Part ASUS RD Division IA Department HW-2 Group Alan Lin 2006/01/23.
Microwave Amplifier Design Blog by Ben (Uram) Han and Nemuel Magno Group 14 ENEL 434 – Electronics 2 Assignment
EMBRACE Local Oscillator distributor EMBRACE (Electronic Multi-Beam Radio Astronomy ConcEpt) has been planned as about 300 square meters aperture array.
New MMIC-based Millimeter-wave Power Source Chau-Ching Chiong, Ping-Chen Huang, Yuh-Jing Huang, Ming-Tang Chen (ASIAA), Shou-Hsien Weng, Ho-Yeh Chang (NCUEE),
S. Montebugnoli 2 nd SKADS Workshop October 2007 Stelio Montebugnoli IRA - INAF- Italy.
ADS Design Guide.
Vector Modulator AMC board Marcin Smelkowski Warsaw University od Technology PERG – ISE Presentation is based on „Draft.
A 1.5-V 6-10-GHz Low LO-Power Broadband CMOS Folded-Mirror Mixer for UWB Radio H.-W. Chung, H.-C. Kuo, and H.-R. Chuang Institute of Computer and Communication.
Paul HardenEVLA LO-IF CDR May 17, IF Subsystem Specs & Measured Test Data.
18/10/20151 Calibration of Input-Matching and its Center Frequency for an Inductively Degenerated Low Noise Amplifier Laboratory of Electronics and Information.
ARISSat-1 Critical Design Review Orlando, Feb 15, 2010 U/v Transponder Bill Ress – N6GHz
Integrated receivers for mid-band SKA Suzy Jackson Engineer, Australia Telescope National Facility SKADS FP6 Meeting – Chateau de Limelette – 4-6 November,
Network Analyzers From Small Signal To Large Signal Measurements
Jinna Yan Nanyang Technological University Singapore
S.Montebugnoli BEST 4 th SKADS Workshop, Lisbon, 2-3 October 2008 Stelio Montebugnoli IRA -INAF- Bologna –Italy- SKADS 4th -Lisbon- Oct 2-3, 2008.
Preamplifiers : BGA 2003 (Silicon MMIC amplifier): In general, the function of a preamp is to amplify a low-level signal to line-level. DESCRIPTION: Silicon.
Communication Systems
J. Monari 2 nd SKADS Workshop October 2007 BEST-2 test bed: Radio over Fiber experiences Presented by Monari Jader IRA-INAF Radiotelescopio Croce.
AM RECEPTION Introduction
Final Design Review of a 1 GHz LNA / Down-Converter Charles Baylis University of South Florida April 22, 2005.
© Sean Nicolson, BCTM 2006 © Sean Nicolson, 2007 A 2.5V, 77-GHz, Automotive Radar Chipset Sean T. Nicolson 1, Keith A. Tang 1, Kenneth H.K. Yau 1, Pascal.
EMBRACE receiver 8th SKADS Board Meeting Château de Limelette, Belgium, 3 November 2009 DS5 EMBRACE IRA&ASTRON DS5 Eng. Group Presentation by Jader Monari.
Mixers in Communication Receivers Dr. Charles Baylis Faculty Candidate April 11, 2008
Single Balanced Mixer Design ECE 6361
Tests of STO IF Components S. Weinreb April 15, 2009 Two 1-2 GHz IF amplifier plates and one 5 GHz converter plate for the Texas test flight have been.
CSE598A Analog Mixed Signal CMOS Chip Design FM Mixer CMOS Realization Zhang Yi.
CSE598A Analog Mixed Signal CMOS Chip Design
3-Stage Low Noise Amplifier Design at 12Ghz
Filters By combining resistor, capacitor, inductor in special ways we can design circuits that are capable of passing certain frequency while rejecting.
Prototype Sensor Status and Measurements u Sensor Response Measurements u Mechanical Response u Noise Expectations u DAQ Status.
CSE598A Analog Mixed Signal CMOS Chip Design FM Mixer CMOS Realization (Final Presentation) Zhang Yi.
Wuhan Hongxin Communication Technologies Co.,ltd MCPA Introduction.
December 1997 Circuit Analysis Examples 걼 Hairpin Edge Coupled Filter 걼 Bipolar Amplifier 걼 Statistical Analysis and Design Centering 걼 Frequency Doubler.
April 12 | Comparison of Sophisticated Synthesizer Concepts and Modern Step Attenuator Implementations | 2 Comparison of Sophisticated Synthesizer Concepts.
RF Spectrum Analyzer Dong-Yo Jheng 2012/07/12. RF (Radio Frequency) Frequency: 3 kHz ~ 300 GHz 2.
RF components Design for the Internet Over TV Band Adaptor
Communication 40 GHz Anurag Nigam.
Linear Technology Corporation
Lets Design an LNA! Anurag Nigam.
CSE598A Analog Mixed Signal CMOS Chip Design
Variable Gain CMOS LNA MOREIRA E SILVA, Paulo Marcio, DE SOUSA, Fernando Rangel Introduction Simulation.
RF Front End Radio Design- Simulations and Specifications
5.8GHz CMOS 射頻前端接收電路 晶片設計實作 5.8GHz CMOS Front-End Circuit Design
A Software Defined Radio for the Masses, Part 4
Band Pass Filter Design & Simulation
Amateur Extra Q & A Study Pool
8.5 Modulation of Signals basic idea and goals
KFPA CDR R. Norrod Feb 27, 2008.
Presentation transcript:

EMBRACE receiver 8th SKADS Board Meeting Château de Limelette, Belgium, 3 November 2009 DS5 EMBRACE IRA&ASTRON DS5 Eng. Group Presentation by Jader Monari

RF MHz IF MHz LO MHz LO2 2850MHz Double Conversion Input ports ESD protected with inductor RF/IF1 equalizazion RF High Selectivity Filter bank TTL/OC/Dip Sw controls Low Power for driving LO Typ 2dBm No OL Phase Noise degradation High Reliability Substrate FR4, 1.6mm, 1Oz. Cu Eurocard Standard Dimension (160x100) Main Feature

3000/Bw100150/Bw100 LO:2850 LO: 2600…1400 HighBand 1300/Bw600 MidBand 1000/Bw600 LowBand 700/Bw600 WideBand 1000/Bw1200 INPUT 400…1600 OUTPUT 150 Functional Block Diagram

Schematic Diagram

ParametersUnitsMinimumTypicalMaximum RF FrequencyMHz Input noise density dBm/Hz-151 RF Return LossdB1115 LO1 FrequenciesMHz LO1 Return lossdB915 LO1 Drive PowerdBm025 LO2 FrequencyMHz2850 LO2 Return LossdB14 LO2 Drive PowerdBm026 ParametersUnitsMinimumTypicalMaximum VccV ImA Ripple Vcc=10V to 15V Vcc=10V to 15V DC Bias Input/Output Port Specifications

ParametersUnitsMinimumTypicalMaximum GaindB RippledB±1 NFdB8< 910 Output 1 dB Compression Point Image RejectiondB>80dB Central Frequency controlNotes RF1c=1000MHzRF1BW=1200MHzRF1c±750MHz=20dB(min)00Full Band RF2c=1300MHzRF2BW=600MHzRF2c±400MHz=20dB(min)01High Band RF3c=700MHzRF3BW=600MHzRF3c±400MHz=20dB(min)10Low Band RF4c=1000MHzRF4BW=600MHzRF4c±400MHz=20dB(min)11Mid Band Final Receiver General performances are: Characteristics of the Filter Bank

Noise Figure vs selected filter

Gain Vs. selected filter

Comparision Gain Vs. selected filter (4 prototypes)

Gain Vs. frequency (Fixed LO1, Swept RF)

RF, IF, LO1 and LO2 Return Loss

Layout

Shielded Box Outline

Dwingeloo April 2007 Test for connecting the Receiver to ADC

adc. sync 200MHz*3 Rx tuned at 600MHz No Spurs with shielding …tests shown that the GSM signals (1830MHz) can be received although out of band. In order to reject them an high selectivity filter after the tile combiner is suggested.

Final Control & Downconversion Unit Down conversion 48V DC BiasControlFilter

Conclusion All the specifications have been fulfilled All the tasks (i.e. LO noise phase measure and distribution chain design) and test have been accomplished Special efforts have been devoted to lower the costs. Final integration respects all the performances measured for the prototypes