Holzworth Instrumentation offers the HXS Series of Multi-Channel RF Synthesizers with phase coherent channels configured to cover combinations of 10 MHz to 3 GHz, 6 GHz, 12 GHz, 24 GHz, and 40 GHz. Delivering exceptional phase noise and spectral purity performance, these multi-channel signal sources feature unique multi-loop architecture for high frequency accuracy, channel-to-channel stability, and phase coherency.
Analog Devices offers the ADF5610 microwave wideband synthesizer with an integrated VCO. This device allows implementation of fractional-N or Integer N phase-locked loop (PLL) frequency synthesizers when used with an external loop filter and an external reference frequency. The wideband microwave voltage-controlled oscillator (VCO) design allows frequencies from 57 MHz to 14,600 MHz to be generated with an output frequency ranging from 7,300 MHz to 14,600 MHz.
In-vehicle systems (IVS) are designed to connect to a public safety answering point when an automobile is an accident. They transmit a minimum set of data to emergency personnel that includes the vehicle’s GPS coordinates. Rohde & Schwarz recently developed a setup for manufacturers of these automatic in-vehicle systems (IVS) for reliability testing.
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.
Signal Hound offers the VSG60A with the performance and agility of a serious vector signal generator at a fraction of the cost. With a low phase noise local oscillator with 200 µs switch time, the generator enables frequency hopping spread spectrum testing.
Available in Q4 2019.
The R&S BTC broadcast test center from Rohde & Schwarz provides a complete testing environment for nearly all audio, video and multimedia applications – in a single device. The RF reference signal generator generates RF signals for all global TV and broadcasting standards and simulates transmissions. The generator can also internally analyze the audio/video functions of DUTs in realtime. The modular design provides a high degree of scalability, allowing the R&S BTC to be configured for any customer requirement.
Berkeley Nucleonics offers a diverse line of microwave signal sources and microwave signal generators with a new fast switching option for R&D, radar simulation and testing, local oscillator development, commercial communications (like satellite and microwave link), and microwave component testing applications.
AR E-field generators offer exceptional uniformity between the elements. Our ATE10K30M uses low inductance high-power internal load resistors to terminate RF power, and offers well-matched input VSWR. The ATE10K100M is our own patent-pending folded-dipole type design. And we haven't yet found a test object the ATE10K30M-1 can't handle
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.
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