3-Stage Low Noise Amplifier Design at 12Ghz

Slides:

Advertisements

Similar presentations

Design of a Low-Noise 24 GHz Receiver Using MMICs Eric Tollefson, Rose-Hulman Institute of Technology Advisor: Dr. L. Wilson Pearson.

Advertisements

CSICS 2013 Monterey, California A DC-100 GHz Bandwidth and 20.5 dB Gain Limiting Amplifier in 0.25μm InP DHBT Technology Saeid Daneshgar, Prof. Mark Rodwell.

Chapter 10 Analog Integrated Circuits The 741 OP-AMP Introduction.

In partnership with STMicroelectronics DESIGN OF A CLASS 1 POWER AMPLIFIER FOR BLUETOOTH TM APPLICATIONS Advisors Candidate Prof. Antonella D’Orazio Giovanni.

1 A Low Power CMOS Low Noise Amplifier for Ultra-wideband Wireless Applications 指導教授 : 林志明學生 : 黃世一

AAVS receiver Federico Perini AAVP December, ASTRON, Dwingeloo.

Introduction The input network of the power amplifier will be designed in the example. The network synthesized will be expanded to allow for biasing of.

A 900MHz Doherty Amplifier Implemented with Lumped Elements

Design of RF CMOS Low Noise Amplifiers Using a Current Based MOSFET Model Virgínia Helena Varotto Baroncini Oscar da Costa Gouveia Filho.

Institute for Plasma Research MURI 99 Frequency Doubling Harmonic Gyro-TWT’s (development and experimental studies) We will complete the optimization of.

ELEC Lecture 191 ELEC 412 RF & Microwave Engineering Fall 2004 Lecture 19.

RF & Microwave Engineering

Low Power RF/Analog Amplifier Design Tong Zhang Auburn University Tong Zhang Auburn University.

SUPERCAM LNA WITH THE 6LN2C MMIC 03/04/ LN2C CRY V 45mA.

Cambridge, Dec 2010Considerations for AA-lo LNA Dr Saswata Bhaumik PDRA of: Dr Danielle George The University of Manchester.

Low Noise Amplifier. DSB/SC-AM Modulation (Review)

1 Wideband LNA for a Multistandard Wireless Receiver in 0.18μm CMOS 指導教授 : 林志明學生 : 黃世一

Broadband Amplifiers.

Microwave Amplifier Design

Satellite Digital Audio Radio Service Receiver Front-End (SDARS)

SDARS Receiver Front-End (Design Review)

Microwave Amplifier Design Blog by Ben (Uram) Han and Nemuel Magno Group 14 ENEL 434 – Electronics 2 Assignment

B. BOUDJELIDA1 UMan LNA Programme 4 th SKADS Workshop, Lisbon, 2-3 October 2008 University of Manchester: Progress on LNA Programme B. Boudjelida, A. Sobih,

Microwave Amplifier Design Blog by Ben (Uram) Han and Nemuel Magno Group 14 ENEL 434 – Electronics 2 Assignment

Microwave Engineering, 3rd Edition by David M. Pozar

Study of 60GHz Wireless Network & Circuit Ahn Yong-joon.

Agenda Introduction Overview of RF Design Process Case Study: RF Front-End  Low-Noise Amplifier (LNA)  Duplexer  Power Amplifier Measurement for Design.

An Ultra-Wide-Band GHz LNA in 0.18µm CMOS technology RF Communication Systems-on-chip Spring 2007.

Design of a GHz Low-Voltage, Low-Power CMOS Low-Noise Amplifier for Ultra-wideband Receivers Microwave Conference Proceedings, APMC 2005.

Eastern VHF Conf. 4/2006 W2SZ/1 (The MGEF) R. L. Frey - WA2AAU 70 Watts CHEAP !! On 2304 MHz 70 WattsCHEAP !! On 2304 Modifying A 1900 MHz PCS Amplifier.

Presenter: Chun-Han Hou ( 侯鈞瀚)

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.

Final Project in RFCS in the MINT Program of the UPC by Sven Günther

Practical Noise Figure Measurements Including an example LNA design

Maximum Gain Amplifiers For the two-port network shown below, It is well known that maximum power transfer from the source to the transistor occurs when:

A New RF CMOS Gilbert Mixer With Improved Noise Figure and Linearity Yoon, J.; Kim, H.; Park, C.; Yang, J.; Song, H.; Lee, S.; Kim, B.; Microwave Theory.

18/10/20151 Calibration of Input-Matching and its Center Frequency for an Inductively Degenerated Low Noise Amplifier Laboratory of Electronics and Information.

1 A CMOS 5-GHz Micro-Power LNA 指導教授 : 林志明教授學生 : 黃世一 Hsieh-Hung Hsieh and Liang-Hung Lu Department of Electrical Engineering and Graduate Institute of.

V. Paidi, Z. Griffith, Y. Wei, M. Dahlstrom,

KFPA Noise Calibration Module and Coupler Eric W. Bryerton NRAO CDL (Charlottesville)

A NEW METHOD TO STABILIZE HIGH FREQUENCY HIGH GAIN CMOS LNA RF Communications Systems-on-chip Primavera 2007 Pierpaolo Passarelli.

An Ultra-low Voltage UWB CMOS Low Noise Amplifier Presenter: Chun-Han Hou ( 侯鈞瀚 ) 1 Yueh-Hua Yu, Yi-Jan Emery Chen, and Deukhyoun Heo* Department of.

1 Your Name Your Department or Company Date, 2015.

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

Amplifiers Amplifier Parameters Gain = Po/Pi in dB = 10 log (Po/Pi)

Introduction LNA Design figure of merits: operating power consumption, power gain, supply voltage level, noise figure, stability (Kf & B1f), linearity.

Final Design Review of a 1 GHz LNA / Down-Converter Charles Baylis University of South Florida April 22, 2005.

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

Rakshith Venkatesh 14/27/2009. What is an RF Low Noise Amplifier? The low-noise amplifier (LNA) is a special type of amplifier used in the receiver side.

DBS Receiver System Presented By: Sarah Scharf, Pierre Desjardins, GuiPing Zhang, Peter Eseraigbo Supervisor: Prof. Barry Syrett.

Operational amplifier. Definition The operational amplifier is a linear device for general purpose that features the managing signals from f = 0 Hz to.

Microwave Office 2005 Training Linear Simulation – Low Noise Amplifier

1 EKT 441 MICROWAVE COMMUNICATIONS CHAPTER 6: MICROWAVE AMPLIFIERS.

Members:Advisor: Yuriy Miroshnichenko Dr. Thomas Weller Peter Kowalik.

Differential voltage-gain device that amplifies the difference between the voltages existing at its two input terminal. An instrumentation (or instrumentational)

December 1997 Circuit Analysis Examples 걼 Hairpin Edge Coupled Filter 걼 Bipolar Amplifier 걼 Statistical Analysis and Design Centering 걼 Frequency Doubler.

Solid State Amplifier Circuit Design Student: Branko Popovic Advisor: Geoff Waldschmidt.

GaAs Process & Devices Anurag Nigam.

RF components Design for the Internet Over TV Band Adaptor

Communication 40 GHz Anurag Nigam.

Lets Design an LNA! Anurag Nigam.

Anurag Nigam Senior Designer, NatTel Microsystems Pvt. Ltd.

Basic MOS Amplifiers: DC and Low Frequency Behavior

CSE598A Analog Mixed Signal CMOS Chip Design

Technology Perspective and results with mHEMTs

Variable Gain CMOS LNA MOREIRA E SILVA, Paulo Marcio, DE SOUSA, Fernando Rangel Introduction Simulation.

Neural Recording System

5.8GHz CMOS 射頻前端接收電路晶片設計實作 5.8GHz CMOS Front-End Circuit Design

Tri-Band RF Jamming System

A 24 GHz Low Noise Amplifier: Design, Construction, and Testing

Presentation transcript:

3-Stage Low Noise Amplifier Design at 12Ghz 이 준 희 1 4 조 Kwangwoon University

Agenda Design Procedure Considerations for Low Noise Amplifier Specification for Low Noise Amplifier 1-Stage LNA (FET_ATF-36077) - Characteristics of FET - Operating point - Bias Feed Line - DC Block Line - Gain, Noise, Stability Circle - 1-Stage LNA (Schematic and Simulation) 3-Stage LNA - 3-Stage LNA (Schematic and Simulation) - HB1 Tone Test - HB2 Tone Test - Layout for 3-Stage LNA Conclusion and Future Work

Decision for Active Device Design Procedure Time Table for Designing 9.20 9.21 10.2 10.3 10.6 10.7 10.14 10.15 10.20 10.21 11.5 11.6 11.20 11.21 ~11.28 Decision for Active Device Studying Basic Theory Design DC Bias Circuit Input Matching Output Matching EM Simulation Connect 3 LNAs And Matching Documentation Presentation

Considerations for LNA The most important consideration for LNA - Noise Figure - Stability (Conditionally and Unconditionally) - Gain LNA is to reduce noise significantly and enhance signal power Figure. 1 Low Noise Block

Specification for 3-Stage LNA Parameter Required Specification Frequency (GHz) 12 Ghz Band Width (MHz) 400 Noise Figure (dB) < 1.2 Gain (dB) ≥ 33 Input Return Loss (dB) < -10 Output Return Loss (dB) < -15 Gain Flatness (dB) ± 0.5 Stability Unconditionally stable

Design 1-Stage LNA (1) Characteristics for FET (ATF-36077)

Design 1-Stage LNA (2) Characteristics for FET (ATF-36077)

Design 1-Stage LNA (3) Bias Feed Line

Design 1-Stage LNA (4) DC Block Line

Design 1-Stage LNA (5) Gain Circle, Noise Circle and Stability Circle

Design 1-Stage LNA (6) 1-Stage Low Noise Amplifier at 12GHz

Design 1-Stage LNA (7) Simulation for 1-Stage LNA

Design 3-Stage LNA (1) Schematic and Simulation for 3-Stage LNA

Design 3-Stage LNA (2) HB 1-Tone Test for 3-Stage LNA

Design 1-Stage LNA (5) HB 2-Tone Test for 3-Stage LNA

Design 3-Stage LNA (4) Layout of 3-Stage LNA 67.5mm

Conclusion and Future Work - Obtain unconditionally stable - Noise Figure = 0.89 < 1dB - S11 = -13dB, S22 = -28dB - 2dB gain reduction for each LNA (Total =25.5dB) Future Work - Fabricate 3-Stage Low Noise Amplifier - Artwork to reduce size (Up to 60mm) - Gain Improvement (Up to 27dB)