MIL-HDBK-2051(SH)
End user equipment
End user equipment
Fiber optic cable
End user equipment
End user equipment
(A) Direct interconnection
End user equipment
End user equipment
Interconnection box
Trunk cable
Interconnection box
End user equipment
End user equipment
Local
Splices or connectors
cable Local cable
(B) Fiber optic cable plant interconnection
Figure 1. Typical fiber optic cable interconnects.
4.2 Design process . This handbook identifies a design process for designing a FOCT. This process is divided into a three phase approach which corresponds to the ship design process. The input information in each phase and the design recommendations herein are used to optimize the FOCP and FOCT configuration for the intended platform.
4.2.1 General process . The general process (see figure 2) starts with a review of the ship specification and ship configuration for the intended platform to determine general requirements for the FOCT. Specifications for all systems using fiber optics are also reviewed to determine specific requirements; fiber and cable type, termination requirements, fiber optic performance requirements; as well as additional general requirements that will shape the configuration of the FOCP and FOCT.
4.2.2 FOCT configuration . After all the input requirements are determined, a FOCT configuration may be developed. The FOCT configuration for the platform is married with the detailed ship configuration to generate the detailed design information; fiber run lists, cable routing diagrams, interconnection box configuration drawings, and detailed parts lists. This entire package, the FOCT system drawings and the detailed design information, defines the FOCT for the host platform.
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