MIL-STD-1773 USERS HANDBOOK
- Aerospace Standard
- AIR4508
- Reaffirmed
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Topic
Data Sets - Support Documents
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Table 2-1 | Parameter Values for Typical Step index Silica on Silica Fibers. | |
Table 2-2 | Typical Attenuation Ranges. | |
Table 2-3 | Typical Bandwidth Values. | |
Table 2-4 | Relative Fiber to LED Coupling. | |
Table 3-1 | Power Budget Calculations. | |
Table 5-1 | DOD-C-85045 Fiber Optic Cable Test Methods. | |
Table 5-2 | MIL-C-28876 Fiber Optic Connector Test Methods. | |
Table 5-3 | MIL-C-83522 Fiber Optic Connector Test Methods. | |
Table 5-4 | MIL-C-83526 Fiber Optic Connector Test Methods. | |
Table 5-5 | DOD-C-24621 Fiber Optic Coupler Test Methods. | |
Table 5-6 | DOD-D-24620 Fiber Optic Detector Test Methods. | |
Table 5-7 | DOD-F-49291 Optical Fiber Test Methods. | |
Table 5-8 | DOD-S-24622 LED Fiber Optic Source Test Methods. | |
Table 5-9 | DOD-S-24623 Fiber Optic Splice Test Methods. | |
Table 5-10 | MIL-T-29504 Fiber Optic Splice Test Methods. | |
Table 6-1 | Typical Loss Measurement Variation. | |
Table 8-1 | Pulses produced at 1300 m from 40 kiloton weapon burst (near surface). [41] | |
Table 8-2 | Summary of the Most Dominant Nuclear Radiation Effects on Elements of the Fiber Optic System. | |
Table 8-3 | A Comparison of LED and Laser Diode Characteristics. [42] | |
Table 8-4 | Summary of Failure Criteria for Elements of the Fiber Optic System. | |
Table 8-5 | Summary of Nuclear Hardness Levels of Elements of Fiber Optic System and Radiation Responses of optical Fiber. | |
Table 8-5 | Summary of Nuclear Hardness Levels of Elements of Fiber Optic System and Radiation Responses of optical Fiber. | |
Table 8-6 | Summary of Total Dose Radiation-Induced Loss (dB/Km) of PCS Fibers. [ibid .] | |
Table 8-7 | Summary of Transient Radiation-Induced Loss (dB/Km) of PCS Fibers. [ibid .] | |
Table 8-8 | Induced Loss in Optical Fibers Tested at Room Temperature and at a Total Dose of 3,000 Rads (Si) 10/85 [14] | |
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Table I | . | |
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Table I | NOTES , , , | |
Table II | Device Screening | |
Table III | Group A Electrical Test | |
Table IV | Group B Test | |
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Table I | -- NOTES , , , , | |
Table II | Device Screening | |
Table III | Group A electrical Test | |
Table IV | Group B Test | |
Table 1 | Loss Levels for Fiber Optic Bus Components. | |
Table 3.1 | Sample Transmitter Output Set Points | |
Table 4.1 | Data for . | |
Table 3.1 | Operation Command Listing. | |
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Table 4.1 | Data for Graphs of - . | |
Table 1 | Temperature Acceleration of Catastrophic Failures. | |
Table 2 | Translation Table from Ambient to Junction Temperature for the Example LED’s. | |
Table 3 | Aging Data for the Example LED’s | |
Table 4 | Junction Temperature Acceleration of Wearout. | |
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Issuing Committee
AS-3 Fiber Optics and Applied Photonics Committee
The SAE AS-3 Fiber Optics and Applied Photonics committee addresses all facets of fiber optics systems and applied photonics¿design, maintenance, and in-service experience. It provides definition and support, and assures standardized components and systems approaches for fiber optic data buses. This includes sensors, architecture, and requirements for advanced fiber and electro optic technologies. The group is comprised of four subcommittees dedicated to creating, preparing, and maintaining all relevant specifications, standards, and requirements for fiber optics and applied photonics systems. These subcommittees include:
AS-3A Fiber Optic Applications AS-3B Fiber Optic Supportability AS-3C Fiber Optic Components AS-3D Fiber Optic Process Definition Participants in the SAE AS-3 committee include OEMs, suppliers, aircraft fiber optics and applied photonics systems companies, consulting firms, government and others across the aerospace and defense industries.Reference
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