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Optical Glass Packages
Optical Glass Package Components & Device Packages
Package and optical-window options for optical communication, sensing, LiDAR, semiconductor-laser and temperature-sensing applications, including representative speeds, wavelengths, package forms and window types from the supplied catalog.
Optical Glass Packages
Optical glass and metal package examples
Optical Glass Packages
Package families and representative specifications
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| Product family | Types / models | Key technical range | Package / sealing form | Window / optical interface | Applications |
|---|---|---|---|---|---|
| Optical communication laser packages | FP / DFB / EML / VCSEL | Wavelength 850–1610 nm; speeds 1.25G–100G | TO56 4/5/6/7/8-pin; TO60 6/7/8-pin; TO46/TO56 | Flat window / ball lens / aspheric | LAN, FTTX, SONET, CWDM/DWDM/MWDM/LWDM, telecom/datacom |
| Optical sensor packages | APD-TIA / burst-mode APD-TIA / PIN-TIA / burst-mode PIN-TIA | Speeds 1.25–50G | TO46 4/5/6/7-pin | Flat window / ball lens / aspheric | Fiber-optic communication and optical sensing |
| InGaAs optical detector packages | Single PIN / single APD | Photosensitive surface: PIN 75–5000 µm; APD 50–500 µm | TO25 / TO46 / TO5 / TO8 | Flat window / ball lens / aspheric | CATV, OTDR, CH4 sensing, optical power meters |
| Optical communication OSA | ROSA / TOSA / BOSA / COB / BOX | 1.25G–400G depending on type | Plastic / metal | LC / SC / FC / ST / MT | LAN, FTTX, HDMI, WDM, telecom/datacom |
| LiDAR transmitter | Standard / upgraded / TO18 collimated / pigtail / collimating component | 905±10 nm; standard 15/25/75 W; upgraded 70–150 W; wavelength temperature coefficient down to 0.05 nm/K | Plastic / TO18 / coaxial pigtail | Collimated or fiber-coupled options | LiDAR, laser ranging, traffic surveillance |
| LiDAR receiver | Type I and Type II Si-APD | 400–1100 nm response; peak 800 or 905 nm; photosensitive diameter 200/500 µm | LCC3 / LCC6 / TO46 | White-glass or 635/650/905 nm narrow-band filter | Laser ranging, laser alarm, laser radar |
| Semiconductor laser packages | 808 / 940 / 980 nm families | 0.2–10 W depending on wavelength and package | TO18 / TO5 / TO3 / C-Mount / CT / QC / COS / BCT-Mount | Near-infrared emission | Solid-state laser pumping, medical, lighting, free-space communication |
| Coaxially coupled semiconductor laser | 450 / 650 / 808 / 980 nm | 0.1–2 W; fiber core 9/40/62.5/105/200 µm | Pigtailed coaxial / plug-in coaxial | FC / SC / ST; NA 0.15 or 0.22 | Pumping, medical, printing, indicators, infrared sources |
| Flat-coupled semiconductor laser | 808 / 940 / 980 nm | 0.8–30 W; fiber core 50/62.5/105/200/400 µm | Pigtailed flatpack | FC / SC / ST; NA 0.15 or 0.22 | Laser pumping, medical, night vision, material handling |
| Temperature sensor | AT-L005-TO46 | Chip 1.8×1.8 mm; sensitive area 1.3×1.3 mm; FOV 95°; -20–100°C operation | TO46 | Thermopile; 80±20 kΩ; thermistor 100 kΩ ±2%, β3950±1% | Temperature guns, medical/health, industrial automation |
The following values are for preliminary selection. Final specifications, units, test methods and guaranteed limits must be confirmed in the current product specification or approved drawing.
Optical Glass Packages
Detailed optical package data
Swipe horizontally to view all specifications.
| Grade | Wavelength | Speed / output | Threshold current | Operating current | Operating voltage |
|---|---|---|---|---|---|
| FP communication laser | 1310 / 1550 nm | 1.25G / 2.5G / 10G | — | — | — |
| DFB communication laser | 1270–1610 nm | 2.5G / 10G / 25G | — | — | — |
| EML communication laser | 1300 / 1550 / 1577 nm | 10G–100G | — | — | — |
| VCSEL communication laser | 850 nm | 10G / 25G | — | — | — |
| LiDAR standard 15 W | 905±10 nm | 15 W | ≤0.75 A | 6 A | ≤12 V |
| LiDAR standard 25 W | 905±10 nm | 25 W | ≤1 A | 11 A | ≤13 V |
| LiDAR standard 75 W | 905±10 nm | 75 W | ≤1 A | 30 A | ≤20 V |
| LiDAR coaxial pigtail 25 W | 905±10 nm | 25 W | ≤1 A | 30 A | ≤20 V |
| Semiconductor 808 nm / 0.2–0.5 W | 808±10 nm | 0.2–0.5 W | ≤0.15 A | ≤0.65 A | ≤2.0 V |
| Semiconductor 808 nm / 1–10 W | 808±10 nm | 1–10 W | ≤2.2 A | ≤12 A | ≤2.2 V |
| Semiconductor 940 nm / 3 W | 940±10 nm | 3 W | ≤0.4 A | ≤3.7 A | ≤2.2 V |
| Semiconductor 940 nm / 10 W | 940±10 nm | 10 W | 0.7 A | 10 A | ≤2.2 V |
| Semiconductor 980 nm / 0.25 W | 980±10 nm | 0.25 W | ≤0.1 A | ≤0.45 A | ≤2.0 V |
| Semiconductor 980 nm / 3–10 W | 980±10 nm | 3–10 W | ≤0.9 A | ≤10 A | ≤2.2 V |
| Coaxial 450 nm | 450±10 nm | 1.2 W | 0.3 A | ≤1.5 A | ≤6.0 V |
| Coaxial 650 nm / 0.1 W | 650±10 nm | 0.1 W | 0.07 A | 0.2 A | ≤3.0 V |
| Coaxial 650 nm / 0.2 W | 650±10 nm | 0.2 W | 0.15 A | 0.6 A | ≤3.0 V |
| Coaxial 808 nm / 0.4 W | 808±10 nm | 0.4 W | ≤0.15 A | ≤0.65 A | ≤2.0 V |
| Coaxial 808 nm / 0.8 W | 808±10 nm | 0.8 W | ≤0.3 A | ≤1.3 A | ≤2.0 V |
| Coaxial 808 nm / 2 W | 808±10 nm | 2 W | ≤0.5 A | ≤2.5 A | ≤2.2 V |
| Coaxial 980 nm / 0.2 W | 980±10 nm | 0.2 W | ≤0.1 A | ≤0.45 A | ≤2.0 V |
| Coaxial 980 nm / 2 W | 980±10 nm | 2 W | ≤0.45 A | ≤2.5 A | ≤2.2 V |
| Flatpack 808 nm / 0.8 W | 808±10 nm | 0.8 W | ≤0.3 A | ≤1.3 A | ≤2.0 V |
| Flatpack 808 nm / 2 W | 808±10 nm | 2 W | ≤0.5 A | ≤2.5 A | ≤2.2 V |
| Flatpack 808 nm / 2.4 W | 808±10 nm | 2.4 W | ≤0.7 A | ≤3.7 A | ≤2.2 V |
| Flatpack 808 nm / 15 W | 808±10 nm | 15 W | ≤1 A | ≤6 A | ≤8.8 V |
| Flatpack 808 nm / 30 W | 808±10 nm | 30 W | ≤2.2 A | ≤12 A | ≤8.8 V |
| Flatpack 940 nm / 2.5 W | 940±10 nm | 2.5 W | ≤0.4 A | ≤3.7 A | ≤2.2 V |
| Flatpack 940 nm / 27 W | 940±10 nm | 27 W | 0.7 A | 10 A | ≤8.8 V |
| Flatpack 980 nm / 2 W | 980±10 nm | 2 W | ≤0.45 A | ≤2.5 A | ≤2 V |
| Flatpack 980 nm / 15 W | 980±10 nm | 15 W | ≤0.8 A | ≤6.5 A | ≤8.8 V |
| Flatpack 980 nm / 30 W | 980±10 nm | 30 W | ≤0.9 A | 10 A | ≤8.8 V |
The following values are for preliminary selection. Final specifications, units, test methods and guaranteed limits must be confirmed in the current product specification or approved drawing.
Optical glass and metal package examples
Optical glass and metal package examples
The source material also covers column-lens glass-to-metal packages, sapphire-to-metal packages and ceramic sealing devices. Shapes and package construction are reviewed against the optical and hermetic requirements.
- Optical glass-to-metal packages
- Sapphire-to-metal packages
- Ceramic sealing devices
- Custom optical-window caps
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