The RampBox ARG-2
The HuckansLabs Rampbox ARG-2 is a superior version of the Rampbox ARG-1, designed to operate feed-forward voltage-controlled devices such as AOM RF drivers, EOM modulators, current sources and other laboratory pieces of equipment.
The ARG-2 offers significantly higher resolution on both the voltage and time axis, suitable for experiments that demand precise control inputs down to mere tens of microvolts and nanoseconds.
The ARG-2 has made the following improvements over the original RampBox:
- 12 bit voltage resolution increased to 14 bit
- 833 kHz output update rate increased to 28.5 MHz
- 100k step output memory buffer increased to 200k steps per channel
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 ARG-2 is a superior version of the Rampbox ARG-1, designed to operate feed-forward voltage-controlled devices such as AOM RF drivers, EOM modulators, current sources and other laboratory pieces of equipment.
The ARG-2 offers significantly higher resolution on both the voltage and time axis, suitable for experiments that demand precise control inputs down to mere tens of microvolts and nanoseconds.
The ARG-2 has made the following improvements over the original RampBox:
- 12 bit voltage resolution increased to 14 bit
- 833 kHz output update rate increased to 28.5 MHz
- 100k step output memory buffer increased to 200k steps per channel
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 ARG-2 is a superior version of the Rampbox ARG-1, designed to operate feed-forward voltage-controlled devices such as AOM RF drivers, EOM modulators, current sources and other laboratory pieces of equipment.
The ARG-2 offers significantly higher resolution on both the voltage and time axis, suitable for experiments that demand precise control inputs down to mere tens of microvolts and nanoseconds.
The ARG-2 has made the following improvements over the original RampBox:
- 12 bit voltage resolution increased to 14 bit
- 833 kHz output update rate increased to 28.5 MHz
- 100k step output memory buffer increased to 200k steps per channel
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.