XT-100-OEM
Integrate the capabilities of Colby's patented trombone technology within your own solutions
XT-100-OEM Overview
With the XT-100-OEM, all the capabilities and precision of the XT-100’s trombone technology can be built right into your own system. This product is intended primarily for OEM applications so you have a streamlined solution for precision phase shift or programmable delay.
Single channel offers 0-625 ps of total delay
Full wideband passive delay from 0-18 GHz
Resolution step size as small as 0.25 ps
Trombone mean step accuracy better than 0.05% σ = 0.05 ps
500,000 operations before recommended maintenance service
XT-100-OEM Technical Specs
| XT-100-OEM | |
|---|---|
| Technology Type | Trombone |
| # of Channels | 1 |
| Signal Input Range | 0 - 18.0 GHz |
| Min. Step Resolution | 0.25 ps |
| Max Delay Range | 625.0 ps |
| Phase Shift Step Resolution | 0.18 ° per 1 GHz |
| Total Phase Shift at 1 GHz | 225° |
| Total Phase Shift at 5 GHz | 1125° |
| Switching Speed* | 250 ms - 6500 ms |
| Ext. Trigger | yes |
| Ethernet TCP/IP | yes |
| Serial RS-232 | yes |
| MT-100A | optional |
| Web Browser UI | yes |
| Microwave Relays Rated | n/a |
| Recommended Service Interval | 500,000 operations or 1 year |
| Min. frequency for 360° phase shift coverage | 1.6 GHz |
| Dimensions | 9 1⁄2" L x 4" W x 2 3⁄4" H |
| Weight | 1.5 kg (3.3 lbs.) |
*depending on network latency
Optional Add On
MT-100A MICROTERMINAL
MT-100A provides convenient LCD display and numeric keypad entry for manual control of desired delay.
-
XT-100-OEM Data Sheet
-
XT-100-OEM Insertion/Return Loss Report
Other Colby Products
-
![XT-100]()
XT-100
Our most versatile product with a single input channel and a customizable delay range
-
![XT-200]()
XT-200
The advantage of dual input channels in a single programmable delay line instrument
-
![XR-100]()
XR-100
The XR-100 is designed to give you our broadest signal delay range as well as fast switching speeds
-
![XS-100]()
XS-100
The XS-100 is designed for those who need faster switching speeds and measurements without interruptions
