Yes, Berkeley Nucleonics high-performance arbitrary waveform generators can be synchronized together using clock input and output connections. Compatible models include the 670C, 675, 685, 685C, and 686. You can synchronize up to 4 AWG units, providing a maximum of 32 analog channels and up to 128 digital channels (depending on model and installed licenses). Synchronization…
Yes, all Berkeley Nucleonics arbitrary waveform generators can produce triangle waveforms, along with virtually any other waveform shape. As the name implies, an arbitrary waveform generator (AWG) creates user-defined waveforms point-by-point from memory, so triangle, sawtooth, sine, square, pulse, Gaussian, and custom waveforms are all standard capabilities. The BNC AWG family — including the Models…
The Berkeley Nucleonics Model 686 arbitrary waveform generator operates at a sample rate of 20 GS/s and can generate waveforms at frequencies up to 10 GHz. However, achievable bandwidth and signal fidelity depend on the specific waveform type — simpler waveforms like sine waves can be generated at the full 10 GHz bandwidth, while complex…
Yes, the -PAT (Serial Pattern Generator) is a software-based upgrade for Berkeley Nucleonics arbitrary waveform generators, available for the Models 675, 685, and 686. As a software license, the -PAT option can be added to existing units — however, installation requires the AWG to be returned to Berkeley Nucleonics for the upgrade and recalibration process.…
Yes, both channels on the Berkeley Nucleonics Model 765-HV pulse generator are fully independent and can output pulses simultaneously. Each channel has its own pulse timing, amplitude, and width settings, so you can generate two different pulse waveforms at the same time. The channels share a common trigger input by default but can also be…
No, the -8DIG (8-channel digital output) option is not available for the Model 686 in the 2-channel (2C-SE/D) configuration. Digital output options on the Model 686 require a minimum of 4 analog channels, because the digital outputs are derived from the analog channel DACs. If your application requires both the Model 686’s high-speed AWG performance…
Yes, the Berkeley Nucleonics Model 765 pulse generator is designed to deliver 5V output into a 50 Ohm termination, which is the standard impedance for most RF and high-speed test equipment. The Model 765 maintains its specified rise time and pulse fidelity when driving 50 Ohm loads. If your application requires higher voltage output into…
License upgrades for Berkeley Nucleonics arbitrary waveform generators (Models 670C, 675, 685C, 685, and 686) require the unit to be sent to our facility, as recalibration may be necessary after the software is applied. Typical turnaround time is 1 to 2 weeks from the date we receive the instrument. To minimize downtime, contact Berkeley Nucleonics…
The -32DIG option adds 32 digital output channels to Berkeley Nucleonics AWG models (686, 685, 685C, 675), but whether it meets your needs depends on your signal requirements. Digital channels output binary high/low patterns — ideal for clock signals, trigger patterns, serial data streams, and digital protocol testing. If your application requires 32 channels of…
Berkeley Nucleonics AWGs can synchronize up to 4 units using dedicated clock input and output connections, providing a maximum of 32 analog channels and up to 128 digital channels depending on model and license configuration. Compatible models include the 670C, 675, 685, 685C, and 686. Synchronization maintains phase-coherent output across all channels by distributing a…
