Gaugit is focused on offering a family of six multichannel digitizer models for real-time digital signal
processing and optimized for ionizing radiation detection. Each digitizer simultaneously acquires and processes data from 16 analog channels. Sampling rates range from 125 to 250 MSPS and the resolution can be 12 or 14 bits, as described in the table below.
Model
Resolution (bits)
Samling rate (MS/s)
Model
Resolution (bits)
Samling rate (MS/s)
DC16B12R125
12
125
DC16B12R200
12
200
DC16B12R250
12
250
DC16B14R125
14
125
DC16B14R125
14
200
DC16B14R125
14
250
DC16 - current version
DC16 Multichannel Digitizer for use with Xilinx Zynq® UltraScale+™ MPSoC CG based
DC16 - 1st version
DC16 Multichannel digitizer with Intel Arria10® FPGA SoM (System on Board)
DC16 concept - 1st version
DC16 Multichannel digitizer
Technology
Digital pulse processing algorithms are embedded onto an FPGA platform to compute arrival time and energy of each registered event. DC16 digitizers have been developed to optimize the signal-to-noise ratio and the effective bit-resolution. The development of the embedded algorithms employed advanced programming techniques and took advantage of FPGA parallelism processing capabilities.
Applications
DC16 digitizers family processes in real time signals commonly found in scientific research, nuclear safety and monitoring of areas at risk of exposure to ionizing radiation, such as laboratories, clinics, hospitals, food industry, construction, oil prospecting area, and ores. Our modular and reconfigurable solutions can also embed algorithms for application in ultrasound, radar, and internet of things (IoT).
