Automotive oscilloscope - recorder

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Software Update is available for download
The main benefit is the implementation of SmartSensor technology, which allows two-way communication between the device and external sensors and perform their settings directly from the program environment. The first example is the current clamp T30A, where there is no longer any element for Zero offset, it is set in the program with a simple click, see the picture on the left.

Texvik DS8 Mk II
View, record and analyse the functionality of every sensor, electromechanical device or a physical process what you are interested in. With Texvik you can view waveform and record it the same as you do it with your camcorder or voice recorder. How long? It depends on free space on the hard disk. With 1TB free space more than 24 hours of the record is available!

Texvik DS8 Mk II - automotive oscilloscope-recorder with transducers power supplying directly from the device, avoiding using additional power cables. Texvik DS8 identifies connected transducers and retrieves data for automatic channel settings. There’s no need for manual set-up, the channel is marked accordingly on the report also, which eliminates an error in analysing the record.

The range of automatic settings can be changed and adapted easily according to the device used and the device operator preferences. Setting-up control is separated into global and operational parts for better control while maintaining the already familiar user interface.

Texvik DS8 Mk II is:
  • compact  - 160x160x35 mm;
  • fast         -  up to 20 MHz sampling;
  • smart      -  automatic channel settings by the transducer type.

The sampling rate is up to 20 MHz with continuous data transfer and saving records on the disk, which is a unique feature on this device. For computers with weaker parameters, you can customise the recording parameters according to the current measurement.

When first run, the programm tests the computer speed and suggests optimal variants to choose between sampling rates and data depth by signal digitisation.
This device and user interface are designed to minimise operator handling and focus directly on the diagnostics.
Two-channel electromagnetic sensor LH
The non-contact LH sensor designed primarily for the ignition coil diagnostics by analysing the primary coil current and secondary voltage waveforms. Diagnostic parameters are the uniformity of charging and discharging the coil, the duration of the arc burning, and the presence or absence of vestigial oscillations after the arc goes out.
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