The RampBox ARG-1
The HuckansLabs Rampbox is an Arbitrary Ramp Generator that was designed to operate feed-forward voltage-controlled devices such as AOM RF drivers, EOM modulators, current sources and other laboratory pieces of equipment; with eight separate programmable channels, a high sampling rate, and highly customizable analog ramps with microsecond and millivolt precision.
The RampBox is programmed using a custom-made visual interface for designing arbitrary changes in voltage as a function of time. The Python source code is freely available and able to be modified.
The HuckansLabs Rampbox is an Arbitrary Ramp Generator that was designed to operate feed-forward voltage-controlled devices such as AOM RF drivers, EOM modulators, current sources and other laboratory pieces of equipment; with eight separate programmable channels, a high sampling rate, and highly customizable analog ramps with microsecond and millivolt precision.
The RampBox is programmed using a custom-made visual interface for designing arbitrary changes in voltage as a function of time. The Python source code is freely available and able to be modified.
The HuckansLabs Rampbox is an Arbitrary Ramp Generator that was designed to operate feed-forward voltage-controlled devices such as AOM RF drivers, EOM modulators, current sources and other laboratory pieces of equipment; with eight separate programmable channels, a high sampling rate, and highly customizable analog ramps with microsecond and millivolt precision.
The RampBox is programmed using a custom-made visual interface for designing arbitrary changes in voltage as a function of time. The Python source code is freely available and able to be modified.
Comparison between HuckansLabs ARG1 (left) and the National instruments PCI-6711 (right) while generating a linear ramp from 0-3 V in 10 microseconds
Features
8 Programmable Channels
833 kHz Sampling Rate
12 Bit Resolution
Low noise
Applications
Lasers
AOMs