Product/Service
X100-7 Detector for Gamma Radiation
| Order # Chip Package |
Active Area Size (mm) | Dark Current |
Capacitance (pF) | Gamma-Energy Eγ (KeV) |
Scintillator CsJ (TI) |
γ-Fenster³ Ø (mm) | Datasheet |
| 501401 X100-7 LCC10 |
10x10 | 5 | 80 | >5 | no | Black Epoxy | Download |
|
501400 X100-7 CerPin |
10x10 | 5 | 80 | >5 | no | Black Epoxy | Download |
*Active Area = 100 mm²
Recent nuclear events have raised awareness of risks from nuclear radiation and created a demand for commercial as well as personal radiation detection devices. Nuclear radiation meters based on silicon solid state detectors such as the X100-7 provide a reliable and inexpensive solution for radiation monitoring.
High performance solid state radiation detectors use the conversion of nuclear radiation into visible light by a costly scintillator crystal. However, inexpensive detectors rely on direct absorption in the silicon.
Since the probability of direct absorption of such gamma energies in silicon is relatively low, large area, low capacitance and low noise detectors such as the X100-7 are essential.
First Sensor offers the X100-7 both in a ceramic SMD package as well as a ceramic 2-pin THD package in sample quantity up to high volume production. Custom specific options including thicker silicon, fully depletable chip designs or scintillator coupled devices are available upon request. Please contact us for further details.
Features
- 100 mm² PIN detector
- Light blocking encapsulant
- Low dark current
- Low capacitance
- High shunt resistance
- High sensitivity
Applications
- Ionizing radiation detector
- Medical equipment
- Personal dosimeter
More information on First Sensors complete line of Detectors for Ionizing Radiation.
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