7 GHz Transient Digitizer

SKU: FTD10000 Categories: High Speed Digitizer, High-Speed Digitizer

FTD10000 7 GHz Transient Digitizer with 1800 GS/s rate, 13-bit vertical resolution, and 50 ps rise time. Ideal for laser research, EMC, and ATE testing.

Product Details:

Greenfield Technology’s FTD10000 7 GHz Fast Transient Digitizer is the industry’s fastest digitizer specifically designed to record very fast single shot pulses down to 50ps with 13-bit amplitude resolution.
It feature unique performances such as 7GHz bandwidth with slow roll off giving a very good impulse response, maximum input voltage of 2000 Volts without overload and low noise giving a FS/N ratio > 3000 ( >70 dB).
The new revision adds new features and improve performance of the instrument. The new revision includes:
- Improved readout camera with 1800 x 1800 pixels, 12-bit A/D and cooling system
- Improved digitizing resolution by 78%
- A “Very High” precision waveform processing
- An internal web server to control the instrument and analyse the sampling results via a standard web-browser
- Extended Ethernet speed up to 1000 Mb/s

Additional features include an input for timing fiducials and a large front panel display for easy and precise viewing.
An interface GUI allows local and remote control of all setup and digitizing features and viewing of results.
As such the FTD10000 is an excellent solution for the following applications:
- Diagnostics for Laser research and High-Energy physics
- Recording of fast single shot pulses
- EMC/EMP simulators
- High-voltage breakdowns
- Test of high speed circuits
- Automatic Test Equipment (ATE)

The FTD1000 is a licensed product developped under CEA (Comissariat à l’Energie Atomique) contract.

Features:

7 GHz bandwith with slow roll off
50 ps rise time
Up to 1800 GS/s sampling rate
13-bit vertical resolution
2000 V maximum Input voltage without overload
Controlled via front panel, Internet and Ethernet
Fiducial Input option
19″ Rack, 4U, 560 mm
Fiducial input for time stamping

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Whether you’re developing complex laser systems, high-speed data acquisition setups, or any timing-sensitive applications, we provide the performance and engineering support you need to succeed.