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Showing 1–16 of 21 results


    • 3GHz RF analog signal generator
    • AM, FM, PM, Sweep & Pulse Modulation
    • Exceptionally Low Phase Noise of -145dBc/Hz @100MHz and 10@kHz offset
    • Field ready, with 10” touch screen suited for day and night use and 2 hour battery operation
    • Remotely programmable via MATLAB, Python, LabVIEW and other software programming environments.
    • Removable uSD card for instrument security

     

    • High voltage output to 300Vp-p (±150V)
    • Output current to 150 mA
    • Full power bandwidth from DC to >500kHz
    • Slew rate to 200V/µs
    • Low distortion
    • Low cost
    • Custom Configuration of gain and signal Ground

     

    • Single channel
    • High voltage output to 400Vp-p (±200V)
    • Output current to 125 mA
    • Full power bandwidth from DC to >500kHz
    • Slew rate to 400V/µs
    • Monitor Output
    • Precise signal amplification for multiple applications
    • Compatible with any of the Tabor waveform generators

     

    • High voltage output to 300Vp-p (±150V)
    • Output current to 100 mA per channel
    • Full power bandwidth from DC to >500kHz
    • Slew rate to 200V/µs
    • Low distortion
    • Low cost
    • Custom Configuration of: Gain, Signal Ground

     

    • 12GHz RF Analog Signal Generator
    • Extremely fast switching speed of <100μs
    • AM, FM, PM Sweep & Pulse Modulation
    • Extra small, compact module platform
    • Exceptionally Low Phase Noise of -145dBc/Hz @100MHz and 10@kHz offset
    • SPI and micro-USB integrated interfaces
    • Remotely programmable via MATLAB, Python, LabVIEW
    • and other software programming environments.
    • Flixible modular platform for OEM and custom requirements
    • and applications, to satisfy specific customer demands.
    • Multi instrument synchronization capability

     

    • 6GHz RF Analog Signal Generator
    • Extremely fast switching speed of <100μs
    • AM, FM, PM Sweep & Pulse Modulation
    • Extra small, compact module platform
    • Exceptionally Low Phase Noise of -145dBc/Hz @100MHz and 10@kHz offset
    • SPI and micro-USB integrated interfaces
    • Remotely programmable via MATLAB, Python, LabVIEW
    • and other software programming environments.
    • Flixible modular platform for OEM and custom requirements
    • and applications, to satisfy specific customer demands.
    • Multi instrument synchronization capability

     

    • Dynamic set up: During a simple frame reading, users can define elements to be acquired, recorded, visualized and surveyed in real time.
    •  Macro-command: Users can write and execute complex test sequences thanks to macro-command functions.
    •  Local & Distant Integration: AT-DIAG can be driven and interrogated by external software. It can also be used with a computer through Ethernet.
    • Communication ports: Communication is done through RS232, NI CAN acq. Card, specific acquisition card or system.
    •  Protocols: FREERUNNING, KWP2000, CAN, LIN, FlexRay, ARINC, … Possibility to implement new protocols (customized protocol, …).
    •  Multi-product & Multi-protocol Communication: Communication can be set up with multiple addresses and protocols during a single test.

     

    • 1 software for all your equipment
    • 1 software for all standards
    • 1 software for your electrical and EMC tests
    • Advanced functions of monitoring and control
    • Automated reports
    • Team of specialists at your disposal

     

    • Fast: ACA compression and parallelization allow to speed up the calculation
    • Accurate: Fully validated with measurement results on real mock-up
    • Innovative: New method from research labs
    • Powerful: Compute very large models
    • Easy: Dedicated graphical user interface with modern layout

     

    • Fast: ACA compression and parallelization allow to speed up the calculation
    • Accurate: Fully validated with measurement results on real mock-up
    • Innovative: New method from research labs
    • Powerful: Compute very large models
    • Easy: Dedicated graphical user interface with modern layout

     

    • Unique user interface for all tests
    • Independent from any measuring device manufacturers
    • Free drivers and over 500 supported devices
    • Efficient and dedicated Technical support
    • Wide range of supported standards (ENxx, CISPR, AUTOMOTIVE, DO160, …)
    • Interface Agilent VEE™, WindowsLabView™, LabWindows CVI™, Visual C++
    • Operating system: Win XP, Vista, Seven, Windows 8
    • Report in MS Office™ 2003, 2007, 2010, 2013, Open office

     

  • Phase -Models Kitted for installation into End User’s Cabinet  and Phase -Models including Cabinet and Emergency Power off  (EPO)1

     

  • AC, DC, AC+DC, Single and Three – Phase -Models Including Cabinets

    Rated Power 60,000 (vA),  Output Power 21,000(w)  Output form  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 166.7 / 83.3 (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 27 (U) and Weight 527/240 (LBS./KG).

     

  • AC, DC, AC+DC, Single and Three – Phase -Models Including Cabinets

    Rated Power 30,000 (vA),  Output Power 21,000(w)  Output form  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 125.0 / 62.5  (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 27 (U) and Weight 466/212 (LBS./KG).

     

  • AC, DC, AC+DC, Single and Three – Phase -Models Including Cabinets

    Rated Power 30,000 (vA),  Output Power 21,000(w)  Output form  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 25.0/13.9 (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 15 (U) and Weight 320/146(LBS./KG).

     

  • AC, DC, AC+DC, Single and Three – Phase -Models without Cabinets

    Rated Power 15000 (vA),  Outputform  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 41.7 / 21.0 (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 4 (U) and Weight 112/51 (LBS./KG).

     


Showing 1–16 of 21 results