0.9-1.7um Band Element Detector
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Overview
Specifications
| Parameter | Value |
|---|---|
| Photosensitive Area Diameter | φ300μm |
| Dark Current@-1V | 0.1 |
| Junction Impedance @ -10 mV | 3500 |
| Junction Capacitance @ 0 V | 50 |
| Peak Responsivity | 1.0A/W |
| Peak Detectivity | 5×1012 |
| Package Type | TO18、TO5、TO8 |
| Cooling Method | Uncooled (optional secondary TEC) |
| Photosensitive Area Diameter | φ500μm |
| Dark Current@-1V | 0.25 |
| Junction Impedance @ -10 mV | 1000 |
| Junction Capacitance @ 0 V | 100 |
| Peak Responsivity | 1.0A/W |
| Peak Detectivity | 5×1012 |
| Package Type | TO18、TO5、TO8 |
| Cooling Method | Uncooled (optional secondary TEC) |
| Photosensitive Area Diameter | φ1000μm |
| Response Band | 0.95±0.05~1.65±0.05 Peak wavelength~1.55μm |
| Dark Current@-1V | 1 |
| Junction Impedance @ -10 mV | 300 |
| Junction Capacitance @ 0 V | 300 |
| Peak Responsivity | 1.0A/W |
| Peak Detectivity | 5×1012 |
| Package Type | TO18、TO5、TO8 |
| Cooling Method | Uncooled (optional secondary TEC) |
| Photosensitive Area Diameter | φ2000μm |
| Response Band | 0.95±0.05~1.65±0.05 Peak wavelength~1.55μm |
| Dark Current@-1V | 4 |
| Junction Impedance @ -10 mV | 80 |
| Junction Capacitance @ 0 V | 800 |
| Peak Responsivity | 1.0A/W |
| Peak Detectivity | 5×1012 |
| Package Type | TO18、TO5、TO8 |
| Cooling Method | Uncooled (optional secondary TEC) |
| Photosensitive Area Diameter | φ3000μm |
| Response Band | 0.95±0.05~1.65±0.05 Peak wavelength~1.55μm |
| Dark Current@-1V | 10 |
| Junction Impedance @ -10 mV | 40 |
| Junction Capacitance @ 0 V | 2000 |
| Peak Responsivity | 1.0A/W |
| Peak Detectivity | 5×1012 |
| Package Type | TO18、TO5、TO8 |
| Cooling Method | Uncooled (optional secondary TEC) |
| Photosensitive Area Diameter | φ5000μm |
| Dark Current@-1V | 25 |
| Junction Impedance @ -10 mV | 15 |
| Junction Capacitance @ 0 V | 2500 |
| Peak Responsivity | 1.0A/W |
| Peak Detectivity | 5×1012 |
| Package Type | TO18、TO5、TO8 |
| Cooling Method | Uncooled (optional secondary TEC) |
Applications
Datasheet
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