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| | | Optical Isolators | | |
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| | | Innovative patented robotic manufacturing and testing Superior uniformity through process automation Epoxy free optical path available Flexible optical and physical design Design variations without major process or tooling changes Isolators can be converted into a variety of finished products through proprietary robotic processes | | |
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| | | Optical Isolators provide lasers with immunity from back-reflection, thereby improving the signal to noise ratio for laser diode based transmitters. This is especially important for high data rate transceivers and transponders, or those devices requiring long span lengths between transceiver pairs. All of our isolators are based on dichroic polarizing glass and Faraday rotating crystals for highest performance. These devices are available in a single stage, 1.5 stages, or double stages, with multiple stages providing progressively higher isolation. | | |
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| | | LightPath® has extensive capability to design and build custom products where the flexibility of our platform-based processes provides a responsive and competitive advantage. We offer isolators in the Surface-Mount and Sub-Mount form factors. In addition, we manufacture isolators with either an epoxy-free optical path or with a laminated core. LightPath® works with customers on the front-end to tailor isolators for the manufacture of next generation products. | | |
| | | The Automated Difference E Reduced costs through higher yields and increased throughput E Improved product uniformity and consistency E Short development times and flexibility E Scalable manufacturing capacity | | |
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| | | The primary benefits of our approach to manufacturing include reduced costs as a result of higher yields, throughput and product consistency as a result of automation. LightPath® is capable of delivering a total solution to its OEM customers, from prototype and development contracting through high-volume production. | | |
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| | | | | | | | | | | Typical Performance Parameters for Temperature 0°C to 85°C A (center) ± 20 nm | | | | Isolator Type | Minimum Isolation (dB) | Maximum Insertion Loss (dB) | | | | Single Stage | 25 | 0.3 | | | | I .5 State | 42 | 0.5 | | | | Double Stage | 47 | 0.5 | | | | | | | | | | |
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| | | This table shows typical specifications for single, 1.5 and double stage isolators. | | |
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| | | www.lightpath.com | | |
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