Amphenol provides 90°, size 16 fber optic termini that can be used with multi-channel circular connectors. Consult Amphenol for the 90°, size 16 termini for use in LRM rectangular connectors. (Please consult Amphenol for availability of 90° size 20 termini).
Precision ceramic ferrules, which precisely position the fiber within the termini
Precision ceramic alignment sleeves insure accurate fiber-to-fiber alignment
Socket has threaded protective shroud with anti-rotation key, manufactured from rugged PEEKTM material, provides protection for the ceramic alignment sleeve
Stainless steel termini bodies and springs
Laser welded components for stronger construction
Allows for multiple fiber accommodations
Designed for use in size 16 cavities of Amphenol MIL-DTL-38999 Series III connectors
Designed with similar high performance components as the size 16 multi-mode termini
Maintains fiber optic/electrical hybrid capabilities
Allows for multiple fiber accommodations
Termination accomplished using the industry proven epoxy/polish method providing Physical contact (PC) for low return loss
Amphenol provides 90°, size 16 fber optic termini that can be used with multi-channel circular connectors. Consult Amphenol for the 90°, size 16 termini for use in LRM rectangular connectors. (Please consult Amphenol for availability of 90° size 20 termini).
- Precision ceramic ferrules, which precisely position the fiber within the termini
- Precision ceramic alignment sleeves insure accurate fiber-to-fiber alignment
- Socket has threaded protective shroud with anti-rotation key, manufactured from rugged PEEKTM material, provides protection for the ceramic alignment sleeve
- Stainless steel termini bodies and springs
- Laser welded components for stronger construction
- Allows for multiple fiber accommodations
- Designed for use in size 16 cavities of Amphenol MIL-DTL-38999 Series III connectors
- Designed with similar high performance components as the size 16 multi-mode termini
- Maintains fiber optic/electrical hybrid capabilities
- Allows for multiple fiber accommodations
- Termination accomplished using the industry proven epoxy/polish method providing Physical contact (PC) for low return loss