Tablet-based real-time analysers deliver precise measurement results

Saelig Co. Inc. now offers the Aaronia SPECTRAN V6 Tablet Real-Time Analyzers which combine exceptional portable performance for RF signal analysis in a handheld and convenient tablet format. The analysers use a powerful AMD Ryzen 7 processor running Windows 11, with 64GB RAM and ultra-fast PCI-E 4.0, creating instruments that deliver high-end technology with a fast sweep speed of up to 3THz/s and a real-time bandwidth (RTBW) of 44MHz in a compact, portable format. The SPECTRAN V6 TABLET 500TA-6 covers a frequency range from 75MHz to 6GHz and includes a tracking generator, while the SPECTRAN V6 TABLET 100TA-6 provides a frequency range of 9kHz to 7.2GHz (max).

The analysers come with the powerful ‘RTSA-Suite PRO’ software pre-installed on an internal SSD with Windows 11 Pro or Linux. With a generous 2TB (max. 16TB) of internal data storage, these analysers can efficiently store large amounts of data for extensive analyses. The kit includes two OmniLOG 30800 omnidirectional SMA antennas, a power supply unit and other accessories that supply optimum support for professional use in operating temperatures from -40C to +60C. It provides a receive input (Rx) with a frequency range of 9kHz to 7.2GHz (max), a real-time bandwidth (RTBW) of 44MHz and a sweep speed of an impressive max. 3THz/s.

Features include:

• Unlimited continuous true I/Q streaming via USB 3.0
• Real-time bandwidth of up to 490 MHz
• I/Q vector signal generator with up to 245MHz Tx
• 6 GHz in less than 5 ms (1 THz/s) Sweep
• 960 million FFT points/s (120 million FFTs/s)
• Parallel measurement of multiple frequency bands
• Robust form factor for outdoor use
• Sunlight-readable screen
• Lightweight and compact
• Includes RTSA-Suite PRO software with daily updates

Thanks to extensive interfaces and a robust design, the SPECTRAN V6 Tablet is an invaluable solution for professional users who require precise measurement results on the move, an excellent choice for demanding real-time spectrum analysis in a compact and mobile format.