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PHD SuperLC Fiber Optic

Product Description

Cannon's PHD SuperLC Fiber Optic is a harsh environment, small form-factor connector system. It provides a higher thermal environment and superior mechanical environment stability/durability than a standard LC connector, while maintaining the same high-end optical performance characteristics that support both single mode and multi-mode fiber configurations.
 

Mechanical

APPLICATION / MARKET: Aerospace, Defense, Industrial, Oil & Gas, Transportation
SHAPE: Rectangular
SHELL STYLE: Input Output
DURABILITY:  500 Mating Cycles
POWER & SIGNAL IN SAME LAYOUT:  No
CONTACT STYLE / TERMINATION:  Optical

Material

SHELL:  Thermoplastic
INSULATOR: Thermoplastic
CONTACT: Optical Size 16

Electrical

OPERATING VOLTAGE: Optical
CURRENT RATING: Optical
NUMBER OF SIGNAL CONTACTS (MIN/MAX): 1 to 2 Channels
GAUGE WIRE SIZE:  Buffered Simplex and Muti-Channel

Environmental

SEALING: Environmental
OPERATING TEMPERATURE: -65°C to +125°C


PHD SuperLC Fiber Optic

Product Description

Cannon's PHD SuperLC Fiber Optic is a harsh environment, small form-factor connector system. It provides a higher thermal environment and superior mechanical environment stability/durability than a standard LC connector, while maintaining the same high-end optical performance characteristics that support both single mode and multi-mode fiber configurations.
 
APPLICATION / MARKET: Aerospace, Defense, Industrial, Oil & Gas, Transportation
SHAPE: Rectangular
SHELL STYLE: Input Output
DURABILITY:  500 Mating Cycles
POWER & SIGNAL IN SAME LAYOUT:  No
CONTACT STYLE / TERMINATION:  Optical
SHELL:  Thermoplastic
INSULATOR: Thermoplastic
CONTACT: Optical Size 16
OPERATING VOLTAGE: Optical
CURRENT RATING: Optical
NUMBER OF SIGNAL CONTACTS (MIN/MAX): 1 to 2 Channels
GAUGE WIRE SIZE:  Buffered Simplex and Muti-Channel
SEALING: Environmental
OPERATING TEMPERATURE: -65°C to +125°C

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