Micross Components的动态

Understanding thermal analysis is critical to more robust and reliable RF semiconductor system designs. In this article from Microwaves & RF, we’ll look at some of the key thermal-related issues design engineers should consider: https://ow.ly/SsPx50RpzaZ #QorvoRF

Wireless Engineers: Our Beamforming Systems webinar is tomorrow! Register to learn practical examples of RF design and simulation techniques for MIMO transceivers to enhance the overall performance and reduce costly re-spins Check out the various times and register at the link below. #mmWave #beamforming #wireless

Discover the versatility of RFME's directional coupler, ideal for applications in signal monitoring, power measurement, and load levelling in RF systems. Enhance your RF performance with precision and reliability.? #RFMicrotechElectronics #DirectionalCoupler #RFtechnology #MicrowaveEngineering #Telecommunications #Aerospace #InnovativeTech #TechInnovation #EngineeringExcellence #HighFrequency #SignalProcessing #WirelessCommunication #MicrowaveComponents #RadioFrequency #RFDesign #Electronics #TechIndustry #TechNews #ProductLaunch #Innovation #TechSolutions #AdvancedTech #CuttingEdgeTech #ElectricalEngineering #Technology #Engineering

Didn't get a chance to catch Business Development Director, Chandra Gupta, during yesterday's EDI-CON Educational Day (from Microwave Journal)? You can see the recorded version using the link below! The day's sessions were focused on Radar/Automotive/SATCOM and included Chandra's presentation on the "Design Guidance Essentials for Thick Film Circuits in RF & Microelectronics Applications." If -- after watching Chandra's talk -- you'd like to initiate a conversation about how Remtec's thick-film solutions might be a fit for YOUR application, can contact Chandra via our website's "Contact" page. Just include his name and mention "EDI-CON" in the subject line so we can jump right on it. https://lnkd.in/gxQBPq2p #electronicsmanufacturing #microelectronics #ceramiccircuits #ceramicsubstrates #thickfilm #thinfilm #defenseelectronics #radarsystemdesign #microwavedesign #RFtechnology #aerospaceelectronics #RemtecIncorporated #pcbaa #EDICON #microwavejournal

?? Wireless Engineers: Our Beamforming Systems webinar is almost here! Register to learn practical examples of RF design and simulation techniques for MIMO transceivers to enhance the overall performance and reduce costly re-spins f????? ?? Feb 27 | ? Various Times ? Click link to register #mmWave #beamforming #wireless

?? Wireless Engineers: Our Beamforming Systems webinar is almost here! Register to learn practical examples of RF design and simulation techniques for MIMO transceivers to enhance the overall performance and reduce costly re-spins f????? ?? Feb 27 | ? Various Times ? Click link to register #mmWave #beamforming #wireless

?? Wireless Engineers: Our Beamforming Systems webinar is almost here! Register to learn practical examples of RF design and simulation techniques for MIMO transceivers to enhance the overall performance and reduce costly re-spins f????? ?? Feb 27 | ? Various Times ? Click link to register #mmWave #beamforming #wireless

Dual-Band Dual-Polarized Planar Antenna for 5G Millimeter-Wave Antenna-in-Package Applications This article presents a dual-band, dual-polarized antenna operating from 24 up to 40 GHz at 5G new radio (NR) millimeter-wave (mm-Wave) Frequency Range 2 (FR2) bands. A novel stacking arrangement of ring patches is proposed to achieve wide dual-band operation with stable gain. Two pairs of stacked ring patches operating at lower (24.25–29.5 GHz) and upper (37–40 GHz) FR2 bands are alternately integrated at four metal layers. The antenna offers a sharp roll-off and a filter-like response with radiation nulls between the operating bands due to the stacking configuration. The antenna is aperture-coupled and stripline-fed, and it conforms to the antenna-in-package (AiP) requirements. The proposed single antenna element and a?2×2 ?array are fabricated utilizing a standard commercial printed circuit board (PCB) fabrication facility. The measurement results show a decent agreement with the simulations in terms of impedance matching, isolation, radiation patterns, and realized gain. The proposed design is a promising candidate for 5G mm-Wave base station antenna arrays. Publisher: IEEE https://lnkd.in/gsFwcrmu #dualband #dualantenna #5g #wave #antenna #article #debadipb #profitsolutions

The demand for increased bandwidth in data communication is continually increasing, RF signal integrity has become a major design concern. In broadband bias applications, most inductors do not cover enough impedance bandwidth. By putting three or four inductors in series, bandwidth can be increased, but DC losses and filter complexity increase. A broadband bias choke can provide wide bandwidth in a single inductor package. This paper from Coilcraft, Inc. discusses the proper use of broadband chokes in bias tees and critical design considerations including frequency range, DC resistance, current requirements, products size and cost. Check out - https://ow.ly/grhS50R5FFb #choke #inductor #coilcraft #rf #frequency #technology #engineers #design #bandwidth #signals #data #communications #engineering #broadband #cost #size #complexity #inductance #biasing #DC #resistance #current #requirements #innovation #research #microwave #mmWave #5G #6G #electronics #amplifiers #wirelesscommunication #telecommunications #medical #aerospace #testing #defense #testandmeasurement #coil #inductance

?? DC and RF Analysis of GaAs-Based Schottky Diode: Insights and Innovations ?? Just completed an in-depth analysis of DC and RF characteristics for GaAs-based Schottky diodes! This work holds potential for enhancing high-frequency and high-speed applications across electronics, RF systems, and communication tech. Key Highlights: 1.High Responsivity - GaAs materials exhibit impressive electron mobility, making Schottky diodes highly responsive and suitable for high-speed applications. 2.Improved Noise Performance - The analysis underscored the diode's low noise, making it a strong candidate for sensitive RF applications. 3.Enhanced Frequency Range - GaAs Schottky diodes maintain performance at higher frequencies, crucial for advanced communication technologies. Applications in the Industry: 1.Wireless Communication ?? 2.Radar Systems ?? 3.High-Speed Digital Circuits ?? Special thanks to all collaborators who contributed to this research. It’s exciting to be part of a project that bridges the gap between theory and practical applications in next-gen electronics. Stay tuned for more developments! ??? #Semiconductors #GaAs #SchottkyDiode #RFDcAnalysis #HighFrequency #Electronics #Innovation