Independent delay Channel generator,
1 ps delay resolution,
15 ps rms delay jitter,
GFT1208 : 500,
10 seconds delay range,
8 delay channels in option,
Controlled via Ethernet and front panel.
The GFT1004 provides four independent delay channels. BNC outputs deliver 10 V level into 50 Ohms. In system mode, the delay generator could be optical triggered by GFT3001 on an optical network.
8 delays channels,
GFT1208 : 500 ps rms jitter (external trigger to any output),
GFT1218 : < 50 ps rms jitter (external trigger to any output),
10 second delay range,
The module provides eight independent delay channels and one reference output. Lemo outputs deliver 10 Vpp into 50 Ohms with only a 3 ns rise time. In system mode, the module could be optical triggered by GFT3001 via an optical network.
•Four independent delay channels 1 ps resolution
< 50 ps rms jitter
> 20 second delay range
•Four auxiliary delay channels 5 ns resolution
< 100 ps rms jitter
Front panel or PXI bus
•PXI 3U, 1 slot, compact packaging
The GFT9404 module provides four independent delay channels (T0 to T3). The delay resolution is 1 ps, and external trigger to channel jitter is less than 50 ps. SMB outputs deliver 5 V, 2 ns rise time, under 50 Ω. Amplitude and width are adjustable on each output pulse. The GFT9404 also provides four auxiliary delay channels to the front panel (AT0 to AT3). The copy of these four channels is provided on the PXI bus (PXI trig 0 to PXI trig 3). The delay resolution is 5 ns (one time base clock) and trigger to channel jitter is 100ps. One input trigger (TRIG IN), PXI STAR trigger, or internal frequency is used to trigger all output channels.
• Four independent delay channels 1 ps resolution
• Option: Four auxiliary delay channels
• Compact packaging
• All parameters may be controlled via front panel, Ethernet or Internet
The GFT1504 generator provides four independent delay channels (T0 to T3). The delay resolution is 1 ps, and external trigger to channel jitter is less than 50 ps. BNC outputs deliver 10 V, 2 ns rise time, under 50 Ω. Amplitude and width are adjustable on each output pulse. One input trigger (TRIG IN), or internal frequency, or software command is used to trigger all output channels.
