Description
Unique Features
- Industry leading technology and performance
- 1024 channel resolution
- Individual crystal ADC and processing
- No distortion as each crystal output is fully linearised permitting multi-crystal summing without distortion
- Effectively no signal degradation
- No radioactive test sources required for system setup or system performance validation
- Extremely wide dynamic range
- High level of self diagnostics
- World wide usability, fully multi-peak automatic gain stabilisation on natural isotopes
- Easy system integration into users data systems
- Data compression – individual crystal spectral data storage can be achieved with no effective increase in data volume
- Extremely wide dynamic range 250,000 cps for each crystal providing >20x improvement on signal throughput compared to older systems
- Fully multi-peak automatic gain stabilisation on natural isotopes for world wide use
TECHNICAL SPECIFICATIONS
| Spectrometer | |
| Channels | 1024 |
| Differential nonlinearity | < 0.2% over top 99.5% |
| Integral nonlinearity | < 0.01% over top 99.5% |
| Zero dead time1 | ✔ |
| Baseline restoration | Digital (IPBR)2 |
| Pulse shaping | Digital (AOPS)3 |
| Pile-up rejection | Digital(<40nS) |
| Pile-up contamination | < 1% @ 250Kcps |
| Sample rate | 0.1-10 sec-1 |
| Timing | Internal/External |
| Gain stabilisation | Automatic multi-peak |
| I/O | Ethernet RS-232 19200-115200 bit/s USB memory stick |
| Outputs | |
| Composite spectrum | ✔ |
| Individual spectra | ✔ |
| State of health | ✔ |
| Inputs | |
| Detector configuration | ✔ |
| Operational parameters | ✔ |
| Trigger Signal | ✔ |
| Calibration data | ✔ |
| Detectors | |
| RSX-4 | 4L Nal(TI) |
| RSX-5 | 0.4L Nal(TI) |
| Energy resolution | <8.5%4 |
| Power | |
| RSX-4 |
9-40 VDC, 50W
|
| RS-5 |
9-40 VDC, 55W
|
| Weight | |
| RSX-4 |
91 kg
|
| RSX-5 |
114 kg
|
| Size | |
| RSX-4 |
690 mm x 573mm x 177mm5
|
| RSX-5 |
690 mm x 573mm x 288mm5
|
| Environmental | |
| Operating Temperature |
-30°C to +45°C
|
Notes
- The RS-500 has no dead time in a traditional sense. A live time clock will be adjusted for loss of system measured pile-up rejections to give an apparent dead time to ensure the absolute count rate is correct.
- IPBR – Individual Pulse Baseline Restoration. The baseline is established for each individual pulse for maximum pulse height accuracy.
- AOPS – Automatic Optimised Pulse Shaping. Pulses are continuously analysed and the signal pulse shaping adjusted for optimum performance.
- Stated energy resolution is for new systems. Refurbished system performance depends on quality of Xtals supplied.
- The dimension includes removable mounting rails
Product Brochure
