• DC - 200 kHz bandwidth DC
• MHz (small signal -3 dB)
• Output voltage ±75 Vpk
• Rise / fall time 100 V/µs
• USB interface standard, LAN optional
• Analog control input 0 ... ±10 V for control of voltage and current
• Monitor outputs for measured voltage and current values (not all models)
• Modularly extensible via master-slave mode
• Parallel and Series Connections for two or more units

The BOLAB AnyWave control unit controls all kind of power supplies as well as 4 quadrant amplifiers via the analogue interfaces. It has two analogue outputs to provide two waveforms synchronously to different power supplies / 4 quadrant amplifiers. Sampling rates of 2,8 MS/s, 16 bit and 250 kS/s, 16 bit units are available.

BOLAB’s AnyWave control unit provides a bandwidth of up to 300 kHz very easy.

It’s internal memory is handled by a double buffer mode which provides endless data streams without any interruption! Waveforms of almost infinite lengths can be simulated. This provides the most advantage in comparison to any function generator solutions which are limited in their memory and speed due to their limited arbitrary function.

Test systems for 12 V | 24 V | 48 V batteries according to LV 124, VW 80000, ISO 16750, etc.

• DC - 200 kHz bandwidth DC
• MHz (small signal -3 dB)
• Output voltage ±75 Vpk
• Rise / fall time 100 V/µs
• USB interface standard, LAN optional
• Analog control input 0 ... ±10 V for control of voltage and current
• Monitor outputs for measured voltage and current values (not all models)
• Modularly extensible via master-slave mode
• Parallel and Series Connections for two or more units

The BOLAB AnyWave control unit controls all kind of power supplies as well as 4 quadrant amplifiers via the analogue interfaces. It has two analogue outputs to provide two waveforms synchronously to different power supplies / 4 quadrant amplifiers. Sampling rates of 2,8 MS/s, 16 bit and 250 kS/s, 16 bit units are available.

BOLAB’s AnyWave control unit provides a bandwidth of up to 300 kHz very easy.

It’s internal memory is handled by a double buffer mode which provides endless data streams without any interruption! Waveforms of almost infinite lengths can be simulated. This provides the most advantage in comparison to any function generator solutions which are limited in their memory and speed due to their limited arbitrary function.