Super second-generation image intensifier with two contact plates ATOM-G2P-E245GA
Zhongke Yuanzi's two-contact generation II+ image intensifier uses a double proximity-focused electron-optical system and an S25+ photocathode with extended infrared response. It offers small size, low weight and low power consumption. Its excellent figure of merit (FOM) and sensitivity help users achieve optimal transitions across dynamic environments. Zhongke Yuanzi night-vision technology supports clear viewing from urban areas to forests, from dusk to dawn, and through rain, snow and smoke. Its quality and performance support exploration in darkness. The core of a low-light night-vision device is an image intensifier, which converts scenes illuminated by weak light into visible images suitable for long-distance human observation. Generation II+ image intensifiers use new technologies, processes and materials based on second-generation intensifiers, with substantially improved performance.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Photocathode | S25+ |
| Input window | AVG |
| Phosphor screen | P43 |
| Output window | Customized on request |
| Electrical connection | Contacts/leads |
| Enclosure | Plastic/metal |
| Figure of merit FOM | min: 1600 |
| Sensitivity [@2856K] | min:1000 μA/lm |
| Radiant sensitivity [@800nm] | min:85 mA/W |
| Radiant sensitivity [@850nm] | min:75 mA/W |
| Resolving power | min:68 lp/mm |
| High-light resolution [@200lx] | min:36 lp/mm |
| Signal-to-noise ratio | min: 25 |
| Operating Voltage | 2.2~3.4 V |
| Operating Current | max:25 mA |
| Brightness Gain | 10000~12000 cd/m²/lx |
| Max Output Brightness | 4~10 cd/m² |
| Equivalent background illuminance | max:0.25 μlx |
| Operating illuminance range | 1×10-5~ 3×104 |
| Brightness Uniformity [2856K] | max: 3:1 |
| Cathode active diameter | min:17.5 mm |
| Spectral response range | 380-900 nm |
| Power supply | Gating |
| Weight | max:85 g |
| Power Dissipation | max:75 mW |
| Reliability | min:10000 h |
Applications
Key Features
Datasheet
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