AnyWave + WaveMaster

Flexible control of power supplies and limitless waveform generation 


User-friendliness meets impressive functionality!

With the BOLAB AnyWave control unit, you have full control over your power supplies and the ability to execute any waveform you desire. Whether it's simple sine waves, complex signal shapes, or specific test profiles, you can effortlessly generate and apply the desired waveforms to your power supplies. The intuitive operation allows for easy control and adjustment of the waveform according to your requirements. With the BOLAB AnyWave control unit, you have the flexibility and precision to successfully conduct your tests and measurements.

BOLAB WaveMaster Software

WaveMaster + AnyWave

The BOLAB WaveMaster software and the BOLAB AnyWave control unit provide seamless control over power supplies and 4-quadrant amplifiers through analog interfaces.


The BOLAB WaveMaster software is a powerful and user-friendly tool that stands out globally. Even without any software development expertise, creating both simple and complex waveforms is a breeze. The graphical waveform editor enables the rapid generation of customized curves, while tabular input allows for instant production of various waveform types.

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BOLAB AnyWave control unit

BOLAB AnyWave Control Unit

The BOLAB AnyWave control unit offers seamless control over various power supplies and 4-quadrant amplifiers via the analog interfaces. It features two analog outputs, allowing for synchronous delivery of two waveforms to different power supplies or 4-quadrant amplifiers. The unit supports sampling rates of up to 2.8 MS/s (16-bit) and 250 kS/s (16-bit).


With a bandwidth of up to 300 kHz, BOLAB's AnyWave control unit provides excellent flexibility. Its internal memory operates in a double buffer mode, enabling uninterrupted data streams. This means that waveforms of virtually infinite lengths can be simulated, offering a significant advantage over function generator solutions with limited memory and speed constraints.


Type Interface Analog Output Sampling rate Number of analog outputs Resolution
400 - 6112 USB 250 kS/s 2 16 bit
400 - 6361 USB 2,8 MS/S 2 16 bit
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AnyWave

BOLAB AnyWave Control Unit

  • 2 Channel Arbitrary Waveform Generation
  • Live Data Acquisition
  • Graphic / Tabulator Waveform Design
  • Importing Real Waveforms (e.g. from Oscilloscopes)
  • Complete Standard Waveform Libraries
  • Protocol Report with Recorded Data
  • DLLs for Python, LabView, CANoe, etc.

 

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WaveMaster Control via DLL's

WaveMaster control via DLL´s

 

  • Easy to use graphic waveform editor and tabular input
  • Reference waveform and data acquisition with live graphics
  • Including standard libraries for:
  • LV124, VW 80000
  • LV148, VDA 320
  •  LV123, VW 80300
  •  GMW
  • JLR
  •  etc.

 

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Large database library for standards

  • Command library to build-up or for integration into automated test systems such as:
  • LabView
  • Vector CANoe (CAPL)
  • Vector via C# real time!
  • Python
  • C#
  • C++
  • ANSI C
  • MATHLAB
  • etc.
  •  Simulation of imported oscilloscope signal
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BOLAB WaveMaster Protocol Report

Protocol Report

  • Generate your protocol report automatically
  • Including reference waveform and measured values for voltage and current
  • One click report

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Oscilloscope

Import Oscilloscope / ASCII Data

The ease with which oscilloscope data signals can be quickly imported is remarkable. Moreover, reading ASCII and TDMS data files is seamlessly supported as well.

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BOLAB WaveMaster online measurement

Online measurement

---------- Reference voltage as well as voltage measurement

---------- Current measurement


BOLAB AnyWave is a control unit that enables the generation of analog signals for power supplies and 4 quadrant amplifiers, while also facilitating data recording for voltage and current measurements. This allows for the synchronous and real-time production of these signals parallel to the reference waveform. The simplicity of data generation and acquisition has never been this accessible and straightforward.


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