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Model Type PHOTON+ -Dynamic Signal Analyzer

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PHOTON+ is a ultra-portable, real-time analyzer designed for making fast and accurate vibration measurements with post-processing capabilities. It offers the convenience and speed of the industry standard USB 2.0 interface, and comes with two to four analog input channels, plus a waveform source/tachometer channel.
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  • In-vehicle testing
  • In-flight testing
  • Low-level acoustic and vibration testing due to PHOTON’s extremely low measurement noise floor
  • Field, laboratory and anywhere you need to make measurements
  • Remote measurements: PHOTON+ can be placed up to 5 metres (16.4 ft) from the connected PC; with USB hubs used as repeaters, this can be extended to up to 30 metres (98.4 ft)
  • All-in-One Analyzer with one click switching between real-time measurements, data recording, and post-processing
  • Compact and light, weighing less than 227 g (8 oz), easy to carry and ideal for field or lab use
  • Multi-channel with 2 to 4 inputs and 1 output/ tachometer
  • Fast real-time processing for quick setup, instant results, and on-site data verification
  • High precision measurements with 24-bit inputs including full anti-alias protection
  • Multiple input ranges (10 mV to 10V) and low measurement noise floor for accurate low level measurements
  • Built-in CCLD sensor power means no external signal conditioning needed

Flexible displays and readily accessible toggle buttons for measurement setup and control that makes it easy to get results fast


All-in-One 
The PHOTON+ All-In-One System accelerates the time from data acquisition to analysis. Dynamic switching between multiple measurement projects lets you navigate easily between data recording, data post processing and analysis, and real-time analysis. With just one instrument you can use it as an FFT analyzer, vibration analyzer, or signal analyzer, with recorded data interpreted in a wide variety of ways without spending time translating the data file format or changing between different software programmes.

To review and analyze data on-line and see the simultaneous throughput of data to disk


A Lightweight Powerhouse
The PHOTON+ Dynamic Signal Analyzer weighs less than 0.23 kg (8 ounces) yet it has many standard features including two inputs with CCLD sensor power (expandable to 4 inputs), an output signal source, and full capability signal analysis and waveform source software. Designed for real-time signal analysis, the PHOTON+ offers remarkable performance in an FFT analyzer with a measurement dynamic range of 115 dB and an 84 kHz real-time rate.

A Lightweight Powerhouse
The PHOTON+ Dynamic Signal Analyzer weighs less than 0.23 kg (8 ounces) yet it has many standard features including two inputs with CCLD sensor power (expandable to 4 inputs), an output signal source, and full capability signal analysis and waveform source software. Designed for real-time signal analysis, the PHOTON+ offers remarkable performance in an FFT analyzer with a measurement dynamic range of 115 dB and an 84 kHz real-time rate.

Take Data Anywhere
The compact, light and rugged PHOTON+ is ideal for testing in-vehicle, in-flight, or anywhere that you need to make measurements. Since the USB connection supplies power, you will not have to carry a power supply for the PHOTON+. Also, you can place the PHOTON+ Dynamic Signal Analyzer up to 5 meters (16.4 feet) from the PC for a more convenient test setup.

Full Analysis Capabilities
PHOTON+ provides a wide range of application software to help you solve your noise and vibration problems. All software packages are designed and optimized for a specific noise and vibration application. So you will always have the right tools to tackle your measurement tasks.

  • Time series analysis with FFT spectra, frequency response functions, waterfalls, and spectrograms
  • Streaming of gap free data to PC disk drive
  • Modal data acquisition with modal coordinates auto-incrementing
  • Real-time 1/1 and 1/3 octave analysis to ANSI Standards
  • Real-time order tracking and order analysis
  • Transient capture and SRS analysis
  • Swept Sine Measurement with tracking filter analysis and log sweeps