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RF & Microwave

Showing 145–160 of 160 results

  • Amplifier Research Model 10000W1000A High Power RF Broadband Amplifier

    The Amplifier Research RF Broadband Amplifier Model 10000W1000A is a self-contained, air-cooled, broadband, completely solid-state amplifier designed for applications where instantaneous bandwidth and high gain are required. Push-pull circuitry is utilised in all high power stages in the interest of lowering distortion and improving stability. The Amplifier Research RF Broadband Amplifier Model 10000W1000A, when used with an RF sweep generator, will provide a minimum of 10000 watts of RF power.

    The Amplifier Research RF Broadband Amplifier Model 10000W1000A is equipped with a Digital Control Panel (DCP) which provides both local and remote control of the amplifier. The DCP uses a color LCD touch screen and a single rotary knob to offer status reporting and control capability. The display provides operational presentation of Forward Power and Reflected Power plus amplifier status. Special features include a gain control, internal automatic level control (ALC) with front panel control of the ALC threshold, forward and reflective RF sample ports for precise power measurements and RF output level protection. Protection is provided by DC current level sensing of all output stages.

    • Power: 10000W CW
    • Frequency Range: 80MHz–1000MHz
    • High Efficiency
    • Full VSWR – Tolerant
    • CE & RoHS Compliant

  • Model VBA100 Series

    Vectawave offer the VBA100 Series with 10kHz-100MHz Frequency range covering output power ranging from 30W to 1.1kW. The characteristics of this range features Class A operation for ultimate low distortion, adverse load tolerance and Silicon push-pull MOSFET output stages for reduced harmonic content.

    • Frequency Range: 10KHz to 100MHz
    • Power Ranges: 30W to 1100W
    • Rugged Silicon DMOS technology
    • Class A for maximum mismatch drive
    • Low Distortion

  • Model VBA200 Series Broadband Amplifiers

    Vectawave offer the Model VBA230 Series with 150KHz – 230MHz Frequency range with an output power ranging from 22W to 80W and the Model VBA250 Series with 10KHz – 250MHz Frequency range with an output power ranging from 80W to 2500W . The characteristics of this range features Class A operation for ultimate low distortion, adverse load tolerance and Silicon push-pull MOSFET output stages for reduced harmonic content.

    • Frequency Range: 10KHz to 250MHz
    • Power Ranges: 22W to 2500W
    • Rugged Silicon DMOS technology
    • Class A for maximum mismatch drive
    • Low Distortion

  • Model VBA400 Series Broadband Amplifiers

    The Vectawave Model VBA400 Series has 2 Frequency ranges of 10 kHz-400 MHz or 1 MHz-400 MHz. The characteristics of this range features Class A operation for ultimate low distortion, adverse load tolerance and Silicon push-pull MOSFET output stages for reduced harmonic content.

    • Frequency Range: 10KHz to 400MHz
    • Power Ranges: 30W to 260W
    • Rugged Silicon DMOS technology
    • Class A for maximum mismatch drive
    • Low Distortion

  • Model VBA1000 Series Broadband Amplifiers

    The Vectawave Model VBA1000 Series offers a Frequency Range of 80MHzHz-1000MHz covering output power ranging from 30W to 2000W. The characteristics of this range features Class A operation for ultimate low distortion, adverse load tolerance and GaAs push-pull FET output stages for reduced harmonic content.

    • Frequency Range: 10KHz to 100MHz
    • Power Ranges: 30W to 1100W
    • GaAs push-pull FET output stages
    • Class A for maximum mismatch drive
    • Low Distortion

  • Model VBA2000 Series Broadband Amplifiers

    The Vectawave Model VBA2000 Series offers a Frequency Range of 1GHz-2GHz covering output power ranging from 100W to 4kW. The characteristics of this range features Class A operation for ultimate low distortion, adverse load tolerance and GaAs push-pull FET output stages for reduced harmonic content.

    • Frequency Range: 1GHz to 2GHz
    • Power Ranges: 100W to 4000W
    • GaAs push-pull FET output stages
    • Class A for maximum mismatch drive
    • Low Distortion

  • Model VBM2500 Series Broadband Amplifier Modules

    The Vectawave Model VBA2500 series are Broadband Amplifier Modules provides low distortion even with adverse load tolerance and GaAs push-pull FET output stages for reduced harmonic content and high efficiency

    • Frequency Range: 10MHz to 2.5GHz
    • Power Ranges: 3W
    • GaAs FET balanced output stages for reduced output VSWR
    • High efficiency
    • Low Distortion

  • Model VBA2700 Series Broadband Amplifiers

    The Vectawave Model VBA2700 Series offers a Frequency Range of 0.7GHz-2.7GHz covering output power ranging from 100W to 200W. The characteristics of this range features Class AB operation for ultimate low distortion, adverse load tolerance and GaN push-pull FET output stages for reduced harmonic content.

    • Frequency Range: 1GHz to 2GHz
    • Power Ranges: 100W to 4000W
    • GaN push-pull FET output stages
    • Class AB
    • Low Distortion

  • Model VBA3100 Series Broadband Amplifiers

    The Vectawave Model VBA3100 Series offers a Frequency Range of 800MHz-3100MHz covering output power ranging from 12W to 450W. The characteristics of this range features Class A operation for ultimate low distortion, adverse load tolerance and GaAs push-pull FET output stages for reduced harmonic content.

    • Frequency Range: 800MHz to 3100MHz
    • Power Ranges: 12W to 450W
    • GaAs FET balanced output stages for reduced output VSWR
    • Class A for maximum mismatch drive
    • Low Distortion

  • Model VBA6000 Series Broadband Amplifiers

    The Vectawave Model VBA6000 Series offers a Frequency Range of 2GHz – 6GHz with 2 output power ranges, 20W and 40W. The characteristics of this range features Class A operation for ultimate low distortion, adverse load tolerance and GaAs push-pull FET output stages for reduced harmonic content.

    • Frequency Range: 2GHz to 6GHz
    • Power Ranges: 20W and 40W
    • GaAs FET balanced output stages for reduced output VSWR
    • Class A for maximum mismatch drive
    • Low Distortion

  • Maury Microwave Coaxial VNA Calibration Kits

    When properly calibrated against known standards, Vector Network Analyzers (VNAs), provide the most accurate means of determining the one- and two-port network characteristics of RF and microwave devices. Calibration effectiveness (a VNA’s ability to reduce error terms to negligible values) critically and ultimately depends on the quality and integrity of the calibration standards used.

    To help maximize calibration effectiveness, Maury produces a comprehensive line of coaxial and waveguide VNA calibration kits which consist of accurate, stable, and precise calibration standards for a broad range of VNA models. When properly used, these kits ensure a true evaluation of VNA performance.

    Maury kits offer a range of performance and cost options which provide users with choices that are both technically and economically suitable for a variety of intended application.

    • Convenience of the traditional SOLT calibration
    • No movable parts
    • Calibration is inherently broadband and the need for connecting airlines of different length is eliminated
    • Flexibility with One port or Multiport calibration
    • Characterized SOLT Calibration Kit are individually characterized
    • The behavior of each standard is fully known and there are no approximations involved

  • Maury Microwave Insight VNA Calibration & Measurement Software

    The Maury Microwave  Insight VNA Calibration and Measurement Software is the industry’s first commercial software suite designed to empower VNA users and help them make better decisions. Insight represents a paradigm shift in the way users approach VNA calibration, validation, measurement, visualization and analysis. From their introduction in the 1980s, Vector Network Analyzers, VNAs, have been used to measure network scattering parameters, S-parameters, of linear electrical networks. Since that time, S-parameters have become so common that they are used in nearly all aspects of an RF device’s life cycle including research and development, design validation test and production test. Insight Calibration and Measurement software module includes everything needed to calibrate a VNA, validate VNA calibration, measure an RF device’s S-parameters, and visualize and analyze the measurement results.

    • Use a single software platform with most commercial VNAs
    • Define mechanical calibration standards from any vendor
    • Intuitive GUI and Wizard
    • Validate VNA calibration using airlines and individually characterized verification kits
    • Measure S-parameters and save S2P files for easy sharing
    • Identify and quantify the individual contributions of Uncertainty
    • Display uncertainty boundaries alongside measurement results
    • System library
    • Calibration &  Validation  Wizard
    • Real-Time Measurement interface
    • Visualization and Data Analysis tool
    • Real Time Uncertainty Add-On

  • Maury Microwave Mixed-Signal Active Load Pull System

    The Maury Microwave Model MT1000 and MT2000 Mixed-Signal Active Load Pull Systems are the only commercially-proven solutions capable of performing load pull at high speeds of up to 1000 impedance/power states per minute with no limitation on Smith Chart coverage, under the following conditions:

    • Frequencies between 1 MHz and 40 GHz
    • Single-tone CW and pulsed-CW RF signal
    • DC and pulsed-DC bias
    • Time-domain NVNA voltage and current waveforms and load lines
    • Fundamental and harmonic impedance control on the source and/or load

  • Maury Microwave Instrumentation Amplifiers

    Maury Microwave are uniquely positioned to combine our measurement and load pull expertise with modern solid-state power amplifier design practices to deliver best-in-class Instrument Amplifiers. Our amplifiers satisfy a wide range of application-specific requirements including simultaneous high-power, wide bandwidth, low harmonic power and high linearity.

    We make use of our extensive test facilities to ensure our amplifiers meet your reliability expectations, testing each shipped unit according to our high standards. Burn-in and ageing tests include prolonged storage under extreme temperature conditions, extended amplifier operation over the entire rated temperature range, and elongated usage at maximum power under CW and pulsed-CW conditions. After burn-in and ageing, each amplifier is tested for electrical performance and is shipped with a test report.

    • Frequency Ranges: 0.7GHz to 26.5GHz
    • Power Outputs to 50W
    • State-of-the-art GaN Technology
    • High Linearity
    • Integrated Protection
    • Variable Gain
    • Burn-in and ageing tested for long-term reliability
    • High-Resolution display shows amplifier status

  • Maury Microwave RF & Microwave Characterisation Solutions

    Maury Microwave have developed solutions that are designed around our time-tested and proven uW, RF and mmW products for the Characterisation of semiconductors and components including software suites, Impedance Tuners and accessories.

    • High Speed Tuning
    • Active Load Pull Measurement
    • Noise Figure Measurements
    • Noise Parameter Measurement
    • Pulsed IV Systems
    • Transistor Test Fixtures

  • Maury Microwave Precision Calibration Solutions

    Measurement results can be questionable if the instruments used are improperly calibrated. Maury Microwave offers a large selection of calibration-grade metrology solutions for network analysis and instrumentation calibration.

    • VNA Calibration Kits
    • Coaxial Calibration Standards
    • Waveguide Calibration Standards
    • Calibration-Grade (Metrology) Adapters
    • VNA Test Port Cable Assemblies
    • Metrology Torque Wrenches
    • Connector Gage Kits
    • Stub Tuners
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