Southern Innovation's unique Pulse Pile-up Recovery™ digital pulse shaping technology, handles high count-rate applications with ease.
Our SITORO® range of digital pulse shaping hardware modules employ non-linear digital pulse shaping algorithms to ensure optimal signal to noise ratio. This approach almost entirely eliminates the effect of pulse pile-up, enabling accurate radiation detection at count rates up to 2,250 kc/s.
Pulse Pile-up Recovery™ Hardware
The SITORO® range of digital pulse shaping hardware is available under license or as a stand alone OEM module. Some of the key features of Southern Innovation's digital pulse shaping hardware include:
- Sustained throughput count rate of up to 2,250 kc/s;
- Pulse pair resolution less than 50 ns;
- TTL Logic Synchronisation;
- Up to 32,768 channel energy spectra;
- Host interfacing via PCI 32 bit/33-MHz or USB; and
- High speed 14-bit ADC conversion at 75MHz.
Pulse Pile-up Recovery™ Software
Matador™, the user interface software for SITORO® digital pulse shaping hardware, enables user control over all digital pulse shaping functions. With an intuitive interface and multiple data display options, Matador makes it easy to produce and share results.
With One Click calibration, complicated instrument setup is history. Once click and Matador optimally calibrated the SITORO® digital pulse shaping hardware, effortlessly obtaining accurate results.
Some of the key features of the Matador™ software include:
- Digital oscilloscope functionality;
- Intuitive instrument setup with automated calibration;
- Data capture in multiple formats; and
- Automated triggering and multiple file data capture.
More information about the technical specifications of Southern Innovation's SITORO® digital pulse processing technology can be found in our technical library [pulse processing white papers >>].
For more detail on how SITORO® digital pulse processing technology can improve the performance of your radiation detection and measurement applications email us at: info@southerninnovation.com.
