Model LSX8081P

The Lucid X-Series of Microwave Signal Generators have:

• 8GHz, 20GHz and 40GHz frequency ranges
• phase noise better than -120dBc/Hz at 1GHz
• fast and high-resolution frequency switching
• +15dBm of standard output power

Extremely Fast Switching

In today’s world, time is a crucial factor, whether in design, on the production floor or inside ATE systems. With a switching speed of less than 100μs, Tabor’s All-New Lucid X-Series ensures maximum measurements at minimum time, setting the industry’s highest throughput standard.

Signal Integrity and Purity

One of the most important requirement in today’s test and measurement applications is high signal quality. With a typical SSB phase noise of -145dBc/Hz at 100MHz, and -132dBc/Hz at 1GHz, at 10 kHz carrier offset, Tabor’s All-New Lucid X-Series platform delivers one of the best quality signals available on the market today, answering the ever growing demand for clear and precise signals.

Modulation Schemes

Signal bursts and chirps have become common need in the daily life of any aerospace or defense application. With Tabor’s All-New Lucid X-Series, any pulse modulation is possible, no matter if its “narrow” or “standard” pulse need. On top of its outstanding pulse modulation performance, the Lucid X-Series is also equipped with many CW interferers, and modulated signals such as AM, FM, PM and Sweep.

Multiple Ways to Control the Unit and Write your Code

Tabor’s Lucid X-Series comes with its own dedicated software to control the instrument functions, modes and features via a graphical user interface (GUI) as well as a complete set of drivers, allowing you to write your application in various environments including LabVIEW, Python, CVI, C++, VB and MATLAB. You may also link the supplied dll to other Windows-based API’s or use low-level SCPI commands to program the instrument, regardless of whether your application is written for Windows, Linux or Macintosh operating systems.

If interested in purchasing the LUCID X-Series, contact [email protected]