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Spectrum analyzer / portable - max. 20 GHz | N934xC series
FieldFox and HSA Handheld Spectrum Analyzers make the job easier when making measurements in the fields. It has all the features and functionalities that are required for operation in rugged field...
Spectrum analyzer / portable - max. 20 GHz | N934xC series
FieldFox and HSA Handheld Spectrum Analyzers make the job easier when making measurements in the fields. It has all the features and functionalities that are required for operation in rugged field environments. With high measurement performance, it gives you the confidence that the job is being done right.
By using this device, you can save a lot of time and ensure that you get consistent results. With N9344C HSA, you can easily do field testing and related activities.
Some of the built-in features of this device include - rugged design with a clear view both in daylight as well as at night. You can give benchtop performance by using this handheld device. Moreover, the setup time is reduced by 95%, as it has a built-in task planner.
By using this device, you can save a lot of time and ensure that you get consistent results. With N9344C HSA, you can easily do field testing and related activities.
Some of the built-in features of this device include - rugged design with a clear view both in daylight as well as at night. You can give benchtop performance by using this handheld device. Moreover, the setup time is reduced by 95%, as it has a built-in task planner.
Spectrum analyzer - max. 50 GHz | PSA series
Agilent PSA Series spectrum analyzer provides excellent spectrum analysis up to 50 GHz. It combines analysis bandwidth, accuracy, speed, flexibility, and dynamic range.
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Spectrum analyzer - max. 50 GHz | PSA series
Agilent PSA Series spectrum analyzer provides excellent spectrum analysis up to 50 GHz. It combines analysis bandwidth, accuracy, speed, flexibility, and dynamic range.
It is the first 80/40 MHz bandwidth digitizer in the industry on 44 GHz and 50 GHz models. It offers 300 MHz bandwidth vector signal measurements up to 50 GHz.
The PXA N9030A, which is Agilent's advanced, top-performing signal analyzer, brings together PSA's technological expertise and cutting-edge technologies. This combination makes it a perfect FFF (form-fit-functional) replacement for the PSA, up to 26.5 GHz. The latest PXA N9030A provides improved performance, greater analysis bandwidth, and superior connectivity.
It is the first 80/40 MHz bandwidth digitizer in the industry on 44 GHz and 50 GHz models. It offers 300 MHz bandwidth vector signal measurements up to 50 GHz.
The PXA N9030A, which is Agilent's advanced, top-performing signal analyzer, brings together PSA's technological expertise and cutting-edge technologies. This combination makes it a perfect FFF (form-fit-functional) replacement for the PSA, up to 26.5 GHz. The latest PXA N9030A provides improved performance, greater analysis bandwidth, and superior connectivity.
Spectrum analyzer - 100 Hz - 26.5 GHz | ESA-E series
The ESA-E series of spectrum analyzers have proven superior assistance to engineers in regards to testing undesirable signals since the year 1999. They are highly reliable with...
Spectrum analyzer - 100 Hz - 26.5 GHz | ESA-E series
The ESA-E series of spectrum analyzers have proven superior assistance to engineers in regards to testing undesirable signals since the year 1999. They are highly reliable with high performance in the mid-range class. They consist of a tracking generator, a robust chassis, demodulation personalities as well as battery operation.
The new EXA signal analyzer is highly versatile with in-depth signal analysis with 89600 VSA software, connectivity to LAN/USB, remarkably enhanced and speedy performance in addition to GPIB. It is packaged with all the astounding optional features that the ESA series has to offer in addition to its many other exceptional attributes.
The new EXA signal analyzer is highly versatile with in-depth signal analysis with 89600 VSA software, connectivity to LAN/USB, remarkably enhanced and speedy performance in addition to GPIB. It is packaged with all the astounding optional features that the ESA series has to offer in addition to its many other exceptional attributes.
Spectrum analyzer / portable / heavy-duty - 9 kHz - 26.5 GHz |ESA-L series
The ESA-L Series Portable Spectrum Analyzers are the most reliable low-cost analyzers with minimal options. These offer newer models to serve all types of customers. If you consider speed and cost,...
Spectrum analyzer / portable / heavy-duty - 9 kHz - 26.5 GHz |ESA-L series
The ESA-L Series Portable Spectrum Analyzers are the most reliable low-cost analyzers with minimal options. These offer newer models to serve all types of customers. If you consider speed and cost, you can get the X-Series CXA N9000A signal analyzers, the leading low-cost tool for essential signal characterization while providing crucial functionality. If you need a portable tool for your testing needs, the N9340B handheld spectrum analyzer is the best device for you. This powerful device puts speed and performance specifically made for field applications. If you need a spectrum analyzer which offers functionality and performance at an affordable price, the N9320B RF Spectrum Analyzer is the best choice. It's an excellent price-performance fit for educational purposes.
Spectrum analyzer / signal / telecommunication - max. 50 GHz | N9070A
Many digital communications and radar applications today require demodulation and analysis of wideband signals in the microwave region. While this task can be accomplished using a modern wideband oscilloscope to directly digitize microwave signals for analysis, the PXA signal analyzer also can be used as a cost-effective downconverter when used with lower sampling...
Spectrum analyzer / signal / telecommunication - max. 50 GHz | N9070A
Many digital communications and radar applications today require demodulation and analysis of wideband signals in the microwave region. While this task can be accomplished using a modern wideband oscilloscope to directly digitize microwave signals for analysis, the PXA signal analyzer also can be used as a cost-effective downconverter when used with lower sampling rate digitizers or digital oscilloscopes.
The N9070A wideband signal analysis solution takes advantage of the PXAs wide IF output, a high dynamic range oscilloscope, and the powerful 89600 VSA software to deliver a wideband high-dynamic range signal analysis solution at an affordable price. In the past, when using a signal analyzer as a downconverter, a source would be required to do a calibration at the specific center frequency the test was being performed at. This was expensive and making a measurement could take a considerable amount of time. The PXA now offers exportable correction data and when combined with the characterized IF data, allows for an accurate measurement throughout the frequency range of the analyzer. This simplifies the wideband measurement, similar to running the VSA inside a standalone PXA. The corrections span over 1 GHz and allow the VSA to run inside the oscilloscope. The VSA can be used to characterize and troubleshoot over 75 signal formats, both custom and standard based, or analyze pulsed signals for phase linearity or modulation on pulse.
The N9070A wideband signal analysis solution takes advantage of the PXAs wide IF output, a high dynamic range oscilloscope, and the powerful 89600 VSA software to deliver a wideband high-dynamic range signal analysis solution at an affordable price. In the past, when using a signal analyzer as a downconverter, a source would be required to do a calibration at the specific center frequency the test was being performed at. This was expensive and making a measurement could take a considerable amount of time. The PXA now offers exportable correction data and when combined with the characterized IF data, allows for an accurate measurement throughout the frequency range of the analyzer. This simplifies the wideband measurement, similar to running the VSA inside a standalone PXA. The corrections span over 1 GHz and allow the VSA to run inside the oscilloscope. The VSA can be used to characterize and troubleshoot over 75 signal formats, both custom and standard based, or analyze pulsed signals for phase linearity or modulation on pulse.
Flow visualization system - LaserEye
UVIRV is a visualizer and it is designed for visualizing IR and UV coherent and incoherent radiation. The radiations may emanate from laser or other sources of type-light. The device does not require any electrical...
Flow visualization system - LaserEye
UVIRV is a visualizer and it is designed for visualizing IR and UV coherent and incoherent radiation. The radiations may emanate from laser or other sources of type-light. The device does not require any electrical power supply. This ceramic tablet is made from rare earth element compounds and is ecologically safe.
IRV model of visualize converts near IR radiation of pulsed and CW lasers to visible green light. The device is made using special ceramic and anti stokes luminophores. UVIRV-IRV Twin model combines features of UVIRV and IRV. One side of this device emits red color and is for UV-IRV visualization while the other side, which emits green color, is for IRV visualization. IRV card model shares its features with IRV visualize but it is not mounted in a holder. It comes in an integrated design.
IRV model of visualize converts near IR radiation of pulsed and CW lasers to visible green light. The device is made using special ceramic and anti stokes luminophores. UVIRV-IRV Twin model combines features of UVIRV and IRV. One side of this device emits red color and is for UV-IRV visualization while the other side, which emits green color, is for IRV visualization. IRV card model shares its features with IRV visualize but it is not mounted in a holder. It comes in an integrated design.
Photon counter
The distinct union of quick timing and structured resolution in the PHOTONIS Imaging Photon Counter, makes it a dominant leader in photon imaging. The 50ps timing resolution is remarkable to resistive anode IPCs and many orders...
Photon counter
The distinct union of quick timing and structured resolution in the PHOTONIS Imaging Photon Counter, makes it a dominant leader in photon imaging. The 50ps timing resolution is remarkable to resistive anode IPCs and many orders of magnitude quicker than EMCCDs or Image Intensified Cameras. The Photon counters integrate a cross-strip anode, offering an exclusive merge of high spatial resolution and quick timing that is not available in any other product. Apart from these, each photon is separately time-stamped, allowing event analysis which was never available before. The spatial resolution of less than 15μm rms over the 18mm effective space is equal to over 1 million pixels. The Imaging Photon Counter is well-suited for time-resolved fluorescence imaging, LIDAR mapping, Astronomy or any photon counting utilization with both high temporal and structural resolution necessities.
Photon counter - MCP-PMTs
The MCP-PMT Photon Detector brings together two fast photonic timing detection technologies into a single sensor. The 50ps timing resolution is superior to resistive anode IPCs and many orders of magnitude...
Photon counter - MCP-PMTs
The MCP-PMT Photon Detector brings together two fast photonic timing detection technologies into a single sensor. The 50ps timing resolution is superior to resistive anode IPCs and many orders of magnitude faster than EMCCDs or Image Intensified Cameras. An 18mm MCP and a photocathode are used in combination with a single anode. The unit also offers magnetic resistance to ~3 Tesla, with jitter measured at ~130pS FWHM. This product is ideal for high speed and single photon detection, fluorescence, nuclear physics and other high-energy applications. In addition, It is is available in two versions - one with a single MCP and another with two MCPs in a chevron configuration for enhanced sensitivity. It comes with a built-in bleeder chain and can be equipped with either an S20 or S25 photocathode.