Seminar on microwave circuit and Radar System Design and Testing Technology is coming soon

013 Chengdu high frequency circuit and system technology seminar complete topics announcement covering microwave circuit,Radar System,High-Frequency Communication System

Chengdu, June 6, 2013-microwave RF network (www.mwrf.net), an industry portal focusing on microwave, RF, and wireless technologies) the 2013 Chengdu high frequency circuit and system technology seminar jointly sponsored by China Electronics exhibition and China Electronic Instrument Industry Association (on the second floor of the corridor of Hall 3 and Hall 4 of Chengdu Century City new International Convention and Exhibition Center in June 21) will be opened soon. This seminar mainly discusses the latest technologies of microwave circuits, radar systems, high-frequency communication and new high-frequency materials. Conference Official Website: http://www.mwrfexpo.com/2013/cd.shtml.

From the application of new high-frequency materials in complex RF/microwave systems, to the testing of microwave Millimeter Wave materials, antenna and Radar Scattering Cross Section, from the simulation design of modern radar systems, testing Technology for radar systems and high-frequency communication, and application of modular instruments in complex testing systems; leading manufacturers of simulation design, testing and measurement, and high-frequency materials at Home and Abroad bring you the latest design and testing and measurement solutions in the current high-frequency field. Professor Tong Ling, vice president from the College of automation at the University of electronic science and technology, gave us the latest theme report on microwave RF technology.

Prospects for some topics

41 senior engineers shared microwave and millimeter wave materials, antennas and RCS Testing Technology

With the rapid development of the electronic information industry, the use of antennas and materials for radio equipment poses new challenges to the development of materials and antenna testing technology. On the other hand, with the development of the national defense technology industry, the demand for Radar Scattering Cross-section testing and evaluation is becoming more and more urgent.

Chang Qinggong, a senior engineer at the 41st Research Institute of China Electronic Technology Group Corporation, has been engaged in the development of automatic testing system integration for a long time. He has participated in the development of Vector Network Analyzer and multi-channel microwave Amplitude and Phase receivers, he is responsible for the integration and development of multiple antennas and the RCS test system. At the seminar, he will analyze the feasibility of building the antenna, Radar Scattering Cross Section and material test platform, and the system configuration of the general test platform. This paper introduces the antenna, Radar Scattering section and Material Testing and Evaluation Technology Based on the common platform, puts forward the engineering application solutions, and shares the successful experience of system integration development with the majority of electronic engineers.

Simulation Design of Modern Radar Systems powered by VSS

Modern Radar System analysis needs to consider the performance and modeling objectives of electronic systems in their environments. The radar system designer has many modulation types available, such as short pulse, long pulse, icwfm, and long and short chunch pulse. Each modulation type is related to different radar modes, such as short-range target tracking, side-scan side tracking, and Target Illumination.

At this seminar, AWR will give a speech on the use of VSS software and its latest radar library and examples, it includes radar signal generation, target, RCS, and clutter modeling, and signal processing suitable for different radar modes. VSS can be used to simulate the RF architecture of a single phased array element and provide the feature description of the entire phased array.

Rogers's latest high frequency material technology solves complex problems for design engineers

High-frequency circuit board materials are an indispensable part of complex RF and microwave systems. In order to be competent for the operation environment of the application, appropriate materials should be selected based on electrical, mechanical and thermal properties when selecting materials.

In this seminar, Rogers will bring about the latest developments in high-frequency material technology and introduce in detail the measurement methods of dielectric constants in various industrial fields. At the same time, the core indicators of some materials will be provided, and some data will be provided to illustrate the influence of the Surface copper foil roughness on the equivalent dielectric constant, and a lopro (TM) based) copper Foil technology solutions to reduce this impact.

Rogers wants to introduce engineers to the complexity of material characteristics, the latest RF and microwave circuit board materials, and how to make improvements to meet the needs of designers.

more 2013 Chengdu high frequency circuit and system technology seminar topics