We're thrilled to share how AMCAD demos the R&S NGP800 Power Supply Series in their advanced testing and measurement setups. Our equipment's precision and reliability are empowering AMCAD to push the boundaries of innovation in RF and microwave technology. #Engineering #AMCADEngineering #PowerSupply #RohdeSchwarz
Fantastic update!
Discover how pipeline ADCs are revolutionizing radar systems in our latest article! Pipeline ADCs offer unparalleled performance in converting analog signals to digital, making them essential for advanced radar applications. With their high speed and precision, these converters are crucial for accurate signal processing in modern radar technology. Dive into the technical intricacies and real-world applications that make pipeline ADCs a game-changer in the field. Explore how they enhance radar system performance, ensuring reliability and efficiency in various industries. Stay ahead in tech innovation with insights from Megamicro Tech. Read more on our website! #PipelineADC #RadarSystems #SignalProcessing #AnalogToDigitalConversion #HighPerformance #RadarTechnology #Engineering #TechInnovation #Microelectronics #MegamicroTech #AdvancedElectronics #RadarApplications #TechInsights #EngineeringExcellence https://lnkd.in/gf5aiRM5
Rf over fiber modules Mini 50~3000MHz Analog Wideband Transceiver Module Optical Transmission modulator The Mini analog wideband transceiver module is a low-cost, high-performance analog wideband transceiver with a very wide dynamic range, designed specifically for optical fiber RF applications. A pair of transceivers will create two-way RF to optical and optical to RF conversion and transmission links that can provide high spurious free dynamic range (SFDR), operating at frequencies from 50MHz to 3000MHz. The standard optical connector is FC/APC for low back reflection applications, and the RF interface is via a 50 ohm SMA connector. The receiver uses high performance InGaAs photodiode, the transmitter uses linear optical isolation FP/DFB laser, and the optical fiber uses 9/125 μm single-mode fiber with working wavelength of 1.3 or 1.5μm. Feature: Bandwidth response 50MHz to 3000MHz Tight cast metal case High SFDR flat frequency response 1.3 and/or 1.5μm with isolated FP/DFB Application: ⚫ WiMAX / 4G LTE ⚫ 5G communication ⚫ Shipborne radio frequency distribution ⚫ satellite earth station #Optical #photonics #semiconductor #Optics #opticalcenter #SiliconPhotonics #photodetectors #optomechanics #laser Read More: https://lnkd.in/emMPzyEk
🚨 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
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
Join us each month on “The GRID,” a monthly Quantic Electronics #webinar series where you will hear industry subject matter experts, provide valuable insights and knowledge on the latest trends and developments in RFMW, capacitor, resistor, magnetics and sensing technology and engineering. Select the link below to learn more and register for our next webinar, "How Patented Ceramic Gap Capacitors Will Disrupt the RF & Microwave Industry." https://lnkd.in/gmqqrirW #croven #rf #quanticnow
Have you missed #ECOC2024 - watch this video where Navneet Kataria give us a good introduction of our #ONA ( Opto-electronic Network Analyzer) for testing Optical #Transceivers, E/O, O/E , O/O and E/E measurements which was at the show!
Go #Anritsu !! #ECOC Frankfurt, explaining a little about our #ONA ( Opto-electronic Network Analyzer) for testing Optical #Transceivers, E/O, O/E , O/O and E/E measurements. Anritsu VectorStar based system provides complete #flexibility and #upgradability to #higher frequencies ( from 70KHz to 70/110/125/145 and 220GHz), #number of ports ( from 2 to 4) and by adding a NIST traceable Photodetector to 110GHz an Optical Modulator to 110GHz , you get a solution to test your high speed opto-electronic #modulators, #detector, #Driver amplifiers, #TIAs , #TOSA, #ROSA, #BOSA , #COSA etc. With #1.6T getting all the attention, even #wider bandwidths i.e. #higher speed devices would be required to support datacenter applications driven by #Artificial #Intelligence /#data centre requirements. A solution that is flexible and upgradable add a lots of value. Also explaining a little about a #wideband linear amplifier from Anritsu that can support #140Gbaud rate ( 140GHz (6dB) bandwidth) and extremely useful for coherent applications. Go Anritsu !!
ADMV1018BCCZ ADI LGA60 Microwave Upconverter and Downconverter The ADMV1018BCCZ is a highly integrated millimeter-wave downconverter mixer designed for high-frequency applications. It downconverts high-frequency signals to lower frequencies in the receive path for subsequent signal processing. This makes the ADMV1018BCCZ crucial in various complex radio systems, providing stable frequency conversion functionality.📡 Functions of ADMV1018BCCZ⚙️ The ADMV1018BCCZ operates over a wide frequency range, covering 24 to 44 GHz. It integrates a local oscillator (LO) multiplier and an intermediate frequency (IF) amplifier, simplifying system design. Its high linearity and low noise characteristics make it excellent for high-performance wireless communication and radar systems. Additionally, its low power consumption mode optimizes system efficiency.⚙️ Applications of ADMV1018BCCZ🌐 The ADMV1018BCCZ is widely used in 5G communication systems, millimeter-wave radar, and satellite communications. Its high-frequency performance and integration make it ideal for applications requiring compact design and efficient signal processing. Whether in mobile base stations, automotive radar, or satellite receivers, the ADMV1018BCCZ delivers exceptional performance and reliability.🌐 #WirelessCommunication 话#5G #RFTransceiver #Innovation #AnalogDevices #ElectronicComponents #TechnologySolutions #BOMServices #ElectronicEngineering #Semiconductors #InnovationInTech #IntegratedCircuits #Telecommunications #AutomotiveElectronics #ComputerElectronics #ElectronicsSupplyChain #QualityControl #ElectronicsManufacturing #GlobalSupply #ElectronicsIndustry #CircuitDesign #TechSupply #IndustryLeaders #TechInnovation
Highly Robust GaN Power Amplifier at Millimeter-wave Frequencies using Sputtered Iridium Gate MMIC Technology This article presents the application of FBH’s sputtered Iridium (Ir) gate technology for the design and realization of a highly robust power amplifier (PA) intended for satellite communication systems at millimeter-wave frequencies. Compared to the benchmark monolithic microwave integrated circuit (MMIC) chip fabricated with Pt-evaporated gate, the Ir-sputtered technology demonstrated much less degradation in terms of the total drain current, output power, and PAE after stress. The superior performance has demonstrated the great potential of this technology for highly robust applications at millimeter-wave frequencies. Paper Link: https://lnkd.in/gzV7CAkx
R&D Technical Director -Dassault Systèmes
3moGood job guys !