Silicium Detector
Ortec
Silicium detector for charged particle spectrometry
The Alpha Spectrometry Detector from ORTEC is designed for precise and reliable detection of alpha radiation in various applications. Known for its high resolution and sensitivity, this detector is ideal for research, environmental monitoring, and nuclear safety.
Advantages
- Large range of measured particles
- Adapted detector for your application
- Big choice for the dimensions of the detector
Description
Specification
Applications
Resources
ORTEC High resolution detectors to measure charged particles
| Detector | Chief Application | Starting Material | Range of Active Area (mm²) | Range of Active Thickness (µm) | Warranted Operating Temperature Range | Diode Structure | Nominal Equivalent** Stopping Power of Windows |
| ULTRA | High-resolution, high-efficiency alpha and beta spectroscopy | Si | 25–3000 | 100–500 | +50°C to –30°C | Implanted Boron — N-type Si Implanted As Partial Depletion | Entrance 500 Å Si |
| ULTRA AS | Ultra-low background high-efficiency alpha spectroscopy | Si | 300–1200 | 100 | +50°C to –30°C | Implanted Boron — N-type Si Implanted As Partial Depletion | Entrance 500 Å Si |
| ULTRA CAM | Alpha and beta continuous air monitoring (counting in adverse environment) | Si | 300–2000 | 100 (Deeper detector requires special order) | +50°C to –15°C | Implanted Boron — N-type Si Implanted As Partial Depletion | N/A |
| A series | High-Resolution charged-particle spectroscopy (Nuclear Physics and Chemistry-Space Physics) | Si | 25–450 | 1000–2000 | +25°C to –30°C | Gold — N-type Si Aluminum Partial Depletion | Entrance 800 Å Si |
| B series | Particle identification, telescopes of detectors (Nuclear Physics and Chemistry-Space Physics) | Si | 50–450 | 150–2000 | +25°C to –30°C | Gold — N-type Si Aluminum Total Depletion | Entrance 800 Å Si Exit 2250 Å Si |
| C series | Backscattering from a collimated source or beam target-angular correlation measurements (Nuclear Physics) | Si | 50–450 | 100–1000 | 25°C to –30°C | Gold — N-type Si Aluminum Partial Depletion | Entrance 800 Å Si Exit 2250 Å Si |
| D series | Time-of-flight measurements with heavy ions (Nuclear Physics) | Si | 10–450 | 15–100 | 10°C to 25°C | Gold — N-type Si Aluminum Total Depletion Planar | Entrance 800 Å Si Exit 2250 Å Si |
| F series | Heavy-ion spectroscopy (Nuclear Physics) | Si | 100–900 | ≥60 | +25°C to–30°C | Gold — N-type Si Aluminum Partial Depletion High Field Strength | Entrance 800 Å Si |
| L series | Medium-energy proton (25 MeV) and other charged-particle energy spectroscopy | Si (Lithium compensated) | 25–200 | 5000 | +25°C to –196°C (LN2) | Gold — Lithium Compensated P-type Si Lithium (diffused) | Entrance 2000 Å Si |
| R series | Charged-particle spectroscopy operable in air and ambient light | Si | 50–2000 | 100–500 | +25°C to –30°C | Aluminum — P-type Si Gold Partial Depletion | Entrance 2300 Å Si |
| BETA-X | High-resolution beta spectroscopy | Si (Lithium compensated) | 80 | 5000 | –196°C (LN2) | Gold — Lithium Compensated P-type Si Lithium (diffused) | Entrance 2000 Å Si (after removal of Be Window) |
| Feature | Detail |
|---|---|
| Type | Alpha Spectrometry Detector |
| Detection Type | Alpha Radiation |
| Resolution | High Resolution |
| Sensitivity | Exceptional Sensitivity |
| Design | Robust and Reliable |
| Applications | Environmental Monitoring, Research, Nuclear Safety |
- Spectrométrie alpha et beta haute résolution pour échantillons environnementaux et radiochimiques
- Spectrométrie haute résolution de particules chargées en physique nucléaire, chimie et physique de l’espace.
- Identification de particule dans des télescopes (mesure de temps de vol) / Rétrodiffusion de particule
- Spectrométrie d’ions lourds et temps de vol / Spectrométrie de particule chargée de moyenne énergie / Détermination de l’énergie et la position de particule chargée
- Spectrométrie bêta haute résolution
