The R&S®SMW200A is the vector signal generator for the most demanding applications. As a result of its flexibility, performance and intuitive operation, it is a perfect tool for generating complex, digitally modulated signals of high quality.
The AR CI Systems are self-contained conducted immunity test systems that provide outstanding ease of use and flexibility. Because each system is contained in a single rack, setup issues are eliminated.
With its multi-channel 250 ps-resolution timing capabilities, Berkeley Nucleonics’ model 575 digital delay/pulse generator is ideal for laser experimentations involving triggering, gating, delaying, pulsing, or syncing. It can also be used in external clock syncing, laser induced breakdown spectroscopy (LIBS), PIV, laser timing, and more.
This series of ultra-low noise signal sources features exceptionally low phase noise, supplementary output at oscillator frequency, and a wide range of output frequencies and multiplication ratios. They provide a range of high-performance building blocks between 200 MHz and 3 GHz.
This system is comprised of four independent vector signal generators that are able to be phase aligned to one or more of each other, allowing the creation of any complex RF signal environment with any type or mixed types of waveforms.
Higher power in their signal generators was Berkeley Nucelonics’ number one request from their customers, and they delivered on it. The model 845-HP microwave signal generator is very similar to the model 845, but its wide and accurately levelled output power range (up to +23 DBM) and high spurious suppression set it apart.
The R&S DVSG digital video signal generator is a universal platform for generating and playing compressed and uncompressed video and audio signals. It features transport stream (TS) interfaces as well as all common audio/video (AV) interfaces for the latest TV display technology.
Berkeley Nucleonics' new Model 855 series is a phase coherent, multi-output, fast switching, and low phase noise signal generator operating within the 10 MHz to 6.2, 12.5, or 20.0 GHz range, ideally used for applications where accurate signal quality and wide output power are required.