Nuclear Instrumentation

Nuclear Instrumentation for Radiation Detection and Analysis

Accurate detection and analysis of ionizing radiation require sophisticated instrumentation. Radiation interactions with detectors produce faint electrical signals that necessitate amplification and processing for scientific interpretation. Furthermore, radiation detectors often require a stable high voltage (HV) power supply for optimal performance. Nuclear instrumentation provides the means to transform these signals into usable data.

Signal Processing Techniques

Signal Conditioning: Analog preamplifiers are used to amplify and shape the initial detector signal.
Signal Processing: The conditioned signal is processed using digital, analog, or hybrid techniques, depending on the application.

Instrumentation Expertise

Our team develops and utilizes a range of devices, including:

Charge and current-sensitive preamplifiers for neutron detection.
Voltage-sensitive preamplifiers for scintillation detectors.
Stabilized HV power supplies.
Data acquisition and filtering (FPGA).

Current development efforts include:

Continuous-field neutron dosimeters.
Pulsed-field neutron preamplifiers.
Advanced charge preamplifiers.
Portable high and low voltage power supplies.
Noise-reduction filters.
Digital pulse shaping and analysis systems for pulsed and continuous neutron fields.

Technical Capabilities

Our team provides:

Custom instrumentation design and implementation.
Radiation detection system engineering for diverse applications.

Our expertise in nuclear instrumentation enables the extraction of valuable data from radiation interactions, supporting advancements in various scientific fields.