Military explosive, ballistics, and materials testing are among the most demanding disciplines in measurement technology. Extreme pressure waves, massive energy releases, and harsh environmental conditions push measurement systems to their absolute limits:
- Ultrashort transients: Shock waves propagate at lightning speed. Therefore, high-frequency measurement data acquisition in the MHz range is absolutely essential to document their exact progression.
- Massive interference: Extreme electromagnetic interference (EMI) in the vicinity of detonations can immediately distort or destroy conventional measurement signals.
- Maximum dynamic range: The measurement system must process sudden, extreme amplitudes in fractions of a second without losing precision.
It is precisely for these demanding operating scenarios in the defense industry (e.g., in mine protection or explosive testing) that uncompromising technology is required. That is why the LTT24 precision measuring instrument is ideal for these applications:
- Highest sampling rates & 24-bit technology: With up to 4 MSample/s per channel, the LTT24 captures highly dynamic, ultra-fast shock events with extreme accuracy.
- Excellent galvanic isolation: The system offers effective protection against EMC interference and potential shifts in harsh test environments.
- Modular sensor variety: Whether ICP®, charge, strain (strain gauge), or voltage—the inputs can be flexibly adapted to the respective test requirements in the fields of materials research and ballistics.
- Reliable on-site data acquisition: With optional internal SSD storage (Internal Recording), even self-sufficient field tests without direct, continuous PC connection are fully secured.
Anyone who needs absolutely reliable and synchronized measurement data in extreme environments will find the ideal measurement system in the LTT24. Click here to learn more: