WSA5000-418 Real Time Spectrum Analyzer (100K-18G) WSA5000-418

Thinkrf WSA5000 Series Real-Time Spectrum Analyzer, breaks the high price of real-time spectrum, change the rules of the spectrum test field, and make high performance low prices into reality. From 100kHz to 8GHz, 18GHz and 27GHz frequency range configuration, 100MHz real-time bandwidth, 1.02US listening probability, 100DBC no sharing dynamic range Overview Thinkrf WSA5000 is a PC control real-time spectrum analyzer (RTSA) including:  Frequency range of 100 kHz to 8GHz, 18GHz or 27 GHz  Real-time spectrum map  real-time spectrogram view  Real-time power spectral density display (afterglow mode)  real-time trigger  Real-time I / Q  Real-time record and playback Be Be WSA5000 can be used in any wireless ecosystem - R & D, education, production, military and monitoring. Thinkrf combines patented technology, low-cost digital software to define radio frequency technology, open source software, standard API, and PC control architecture, providing unparalleled cost performance. If you are working on dynamic and fast signals, real-time spectrum gauges will be more efficient and worry that you have made your budget, it doesn't matter, please select Thinkrf. Only Thinkrf can provide anyone in the price that can accept the spectrometer while having the performance of the transmission real-time spectrum analysis characteristics. Be Be Be Be Product features:  100 kHz to 8GHz, 18GHz or 27 GHz frequency range  Real-time bandwidth (RTBW) up to 100 MHz  1.02 μs ultra-short inspection probability (POI)  No stray dynamic range (SFDR) up to 100 dBC  is just a part of the desktop or PXIE system cost. API open source is used for customized customs to belong to its own unique features Thinkrf uses the industry's leading API standard and open source code to facilitate customization and remote control PythonTM Windows LabVIEW BASE Developments SYSTEM MATLAB® R2014B C ++ programming SCPI - Standard Commands for Programmable Instruments Standard File Formats for Interoperability and / OR Deeper Analysis: Vita Radio Transport (VRT) Local measurement, remote control measurement Remote operation via the Internet is ideal for monitoring applications. The spectrum map has a total of 4 curves, including max, min hold, total average. With the activation of channel power, channel power is displayed into 4 curves MARKERS 1 and 2 are showing their respective frequency power and differences between them. Real-time level trigger through a specific grade capture signal, which is conducive to the Internet observation signal For remote applications, in local PC record data, no Internet-assisted use of playback function The widescreen display of the notebook or PC display enhances the display capability that cannot be implemented on the instrument built-in display