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Microwave MMIC Design
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RF amplifiers are devices that accept a varying input signal and produce an output signal that varies in the same way, but with larger amplitude.
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Supplier: Avago TechnologiesDescription: The Avago AMMC-5024 is a broadband PHEMT GaAs MMIC traveling wave amplifier, TWA, designed for medium output power and high gain over the full 30kHz to 40GHz frequency range. The design employs a 9-stage, cascade-connected FET structure to ensure flat gain and power, as well as uniform group
- Amplifier Type: Other
- Applications: Mobile / Wireless Systems
- MMIC Technology Required: Yes
- Package Type: Other
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Supplier: Spectrum MicrowaveDescription: appropriate filter and switch technologies to achieve the best overall performance. This includes design options such as MMIC FET switches for fast switching requirements, discrete PIN diode switches for high isolation, or may involve multiple filter topologies or using multiplexed filter banks
- Filter Technology: Passive Filter
- Filter Type: Other
- Filter Design: Other
- Package Type: Connectorized
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Supplier: Avago TechnologiesDescription: or receiver designs. The MMIC includes an 180° balanced diode based mixer. The MMIC is fabricated using PHEMT technology. The surface mount package allows elimination of “chip & wire” assembly for lower cost. This MMIC is a cost efective alternative to multi-chip solution
- Package Type: Surface Mount Technology (SMT)
- LO Power: Other
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Supplier: Akon, Inc.Description: 8 CHANNELS MMIC-MIC SWITCH DESIGN SHARP FILTER REJECTION: 60dB; 15% FROM BAND EDGES HIGH SWITCH ISOLATION: 62 dB
- Package Type: Connectorized
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Supplier: AWR CorporationDescription: was developed specifically for three-dimensional (3D) planar applications such as RF PCBs and modules, LTCC, MMIC, and RFIC designs. Features at a Glance: Seamless integration with Microwave Office® and Analog Office® software Proprietary full-wave planar EM solver technology Advanced hybrid
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Supplier: Narda Microwave-EastDescription: Key features • Selects either C, X, Ku. or Ka band • Fabricated using Narda’s Ultimate MIC design and fabrication techniques • Incorporates control and driver circuits, patented even harmonic mixer, and isolation amplifiers • Uses PIN diode MMIC switches for op9mum
- Applications: Satellite Communications (SATCOM)
- Form Factor / Package: Other
- Features: Connectorized
Featured Products for Microwave MMIC Design Top
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the Classic MICs designed for EW receivers. Many of these are still in service and production today. In the last few years, Narda has rapidly advanced the state of the art in these products by replacing classical MICs with new approaches using multilayered PC boards, MMIC's and SMT packages. Narda has introduced its Ultimate MICSM Products. These IMAs combine microwave hybrid manufacturing with multilayered printed circuit boards incorporating digital devices to produce levels of performance... (read more)Browse RF Modules Datasheets for Narda Microwave-East -
the Classic MICs designed for EW receivers. Many of these are still in service and production today. In the last few years, Narda has rapidly advanced the state of the art in these products by replacing classical MICs with new approaches using multilayered PC boards, MMIC's and SMT packages. Narda has introduced its Ultimate MICSM Products. These IMAs combine microwave hybrid manufacturing with multilayered printed circuit boards incorporating digital devices to produce levels of performance... (read more)Browse RF Modules Datasheets for Narda Microwave-East
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TriQuint, the world's #1 commercial GaAs Foundry, offers a wide range of innovative process technologies to help customers build the next generation of wireless communications applications. With a full range of services - from pre-engagement training and robust design tools; to on-wafer test services and failure analysis, TriQuint is your best bet for a long-term foundry services partnership. Check out our latest process offerings for developing cost-effective mmWave applications and capitalize... (read more)Browse Semiconductor Foundry Services Datasheets for TriQuint Semiconductor, Inc.
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AdTech produces HTCC and AlN packages for microwave applications in the X through K band frequency ranges. Its design process uses state of the art 3-D Finite Element Method (FEM) simulators and proprietary numerical simulators. This process can yield market-differentiating performance while maintaining cost effective solutions. The alternative is to resort to the old cycle of fab, test and redesign. The AdTech solution, on the other hand, offers world class performance with cost competitive... (read more)Browse Datasheets for Advanced Technical Ceramics Company
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Avago Technologies' MGA-13316 is a two stage, easy-to-use GaAs MMIC Low Noise Amplifier (LNA). The MGA-13316 LNA has low noise with good input return loss and high linearity achieved through the use of Avago Technologies' proprietary 0.25um GaAs Enhancement-mode pHEMT process. View Data Sheet (PDF). CLICK HERE TO REQUEST A FREE SAMPLE. CLICK HERE FOR QUOTATION (read more)Browse RF Amplifiers Datasheets for Avago Technologies
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These filters pass specific frequency bands and reject frequencies above and below the passband. The lower stopband may or may not extend to DC. The upper limit of the stopband is usually specified as some multiple of the passband centre frequency and is highly dependent on the design structure of the filter. The number of cavities used in a filter determines the steepness of the slope close to the passband. Cavities are created using irises, single or multi-post designs, inline or folded... (read more)Browse RF Filters and Microwave Filters Datasheets for Apollo Microwaves
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AdTech produces HTCC and AlN packages for microwave applications in the X through K band frequency ranges. Its design process uses state of the art 3-D Finite Element Method (FEM) simulators and proprietary numerical simulators. This process can yield market-differentiating performance while maintaining cost effective solutions. The alternative is to resort to the old cycle of fab, test and redesign. The AdTech solution, on the other hand, offers world class performance with cost competitive... (read more)Browse Electronic and IC Packaging Services Datasheets for Advanced Technical Ceramics Company
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Switching & Combining. Fully customized networks, built to outperform system specifications - it's not just a dream, but exactly what Apollo delivers. Our commitment to full system level performance and satisfaction is unparalleled. System design is more than assembling building blocks - it's designing the blocks with the system as a whole in mind. By optimizing each component in each assembly within a system, Apollo is able to achieve incremental performance enhancements at each junction... (read more)Browse RF Filters and Microwave Filters Datasheets for Apollo Microwaves
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Highlights. Dual Ratings Available. High Voltage Threshold for Corona. Long Life. Available in 3,000 VAC designs (read more)Browse High Voltage Capacitors Datasheets for Aerovox Corp.
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Aerovox Microwave capacitors are used in voltage doubler circuits in high voltage microwave oven transformers. The robust Aerovox design makes these units ideal for withstanding an AC voltage equal to two times the peak voltage of the transformer output voltage in industrial or commercial microwave applications. (read more)Browse Film Capacitors Datasheets for Aerovox Corp.
Conduct Research Top
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TA028: GaAs MMIC Processes Enable Multi-Function Integration, Increasing Reliability While Reducing Chip Size and Cost
expectations. The MSAG(R) is based upon Metal Semiconductor Field Effect Transistor (MESFET) technology. The MESFET active area is formed using selective ion implantation. Both microwave and digital FETS can be fabricated on a single MMIC, with each microwave device independently optimized for power
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Mixed Mode Silicon-on-Insulator MMIC Technology For Digitally Controlled RF/Microwave Systems (.pdf)
for 2.4/5.8GHz are described along with related system-on-a-chip implementations. Plymouth, MN 55441, USA Mixed Mode Silicon-on-Insulator MMIC Technology For. Digitally Controlled RF/Microwave Systems. Jeff Kriz. Honeywell, Solid State Electronic Center, 2C22. 12001 Hwy 55. Plymouth, MN 55441, USA
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M542: Electrical Characterizations of Packages for use with GaAs MMIC Amplifiers
of the currently available microwave packages in order to identify appropriate packages for our MMIC amplifier products which cover frequencies up to 12 GHz. In addition, the technique has been employed to characterize injection- molded plastic packages and to evaluate nonprobeable MMIC's. Most package
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TA031: GaAs X-Band Multifunction Control MMIC Using the MSAG(R) Process
This paper describes efforts to achieve first pass design success for an X-band control MMIC consisting of multi-bit phase shifter, multi-bit attenuator, amplifier and serial-to-parallel converter functions using MSAG(R) Process 5. A discussion of the merits of multifunction MMIC integration using
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TA029: Generic 2.5-W 60% Bandwidth C-Band MMIC Amplifier
This paper reports the design and test data of a generic 2.5-W two-stage C-band MMIC power amplifier developed using the MSAG(R) MESFET process. We measured typically a minimum PAE of 45% and 2.5W CW output power over the 4.5 to 7.4 GHz for the MMIC chip packaged on CuW carrier. The output power
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Managing Spurious Noise in Complex Microwave Assemblies
. allowed engineers to produce high yielding complex RF systems and MMIC circuits through. 20 GHz and moderate yields through the mmWave bands. However, virtually all complex. RF systems with critical carrier noise requirements fail to meet their detailed requirements. on the first pass design. Often
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Trends in Microwave/Millimeter-Wave Front-End Technology
, have. ICROWAVE TECHNOLOGIES. become available. GaAs PHEMT MMIC power amplifiers. Cellular telephone handsets, operating in bands near 1 and typify the technology used at these frequencies. Figure 2. 2 GHz, now include multi-band, multi-mode radio front ends shows a TriQuint 18 - 26 GHz 1W PHEMT
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TA038: High Performance Wideband Amplifiers For Radar And Satcomm Applications
A series of high performance wideband MMIC low noise, gain block and driver amplifiers has been developed for applications in next-generation radar and satcom equipment. These new amplifiers operate in the 2 to 20 GHz frequency range and feature a single-supply, low noise and distributed gain
Engineering Web Search: Microwave MMIC Design Top
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RF Globalnet: Digital Marketplace for the wireless, microwave,...
Ka-Band LNA MMIC Offers 1.7 dB Noise Figure And Low Power...
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RF Micro Devices :: RF Solutions & Wireless...
MMIC Aerospace and Defense Laminate VCOs MMIC VCOs Upconverters/Transmitters Power Conversion
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AWR | Microwave Office | RF and Microwave Design Software for...
Microwave Office for MMIC Design Microwave Office for Module Design
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RF Power
Design Resources Design Help Data Sheets MMIC RF MMICs for Wireless Infrastructure
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BAI Course 181: Monolithic Microwave Integrated Circuit (MMIC)...
Monolithic Microwave Integrated Circuit (MMIC) Design
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AMCOMUSA - broadband MMICs, amplifier modules, power FETS
in December 1996, AMCOM is a leading edge microwave design organization that provides power FETs, MMIC power amplifiers, as well as high-power
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Electromagnetic Design (EM) & Simulation Software - Mentor...
IE3D SSD is ideally suited for the design of monolithic microwave integrated circuits (MMICs), radio-frequency integrated circuits (RFICs),
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Agilent | Agilent Technologies to Display Innovations in...
Complete, Front-to-Back Solution for MMIC, RF Module Design: Advanced Design System 2009 Update 1 is the industry's first complete, front-to-back
