BICSI INSTALLER 2 FIBER MODULE
ACTUAL PAPER SOLVED QUESTIONS
◉ End face geometry, three types are =
Answer: - Physical contact [PC]
- Ultra physical contact [UPC]
- Angled polish contact [APC]
◉ Field terminations have three types =
Answer: - Scribe and cleave
- Cleave and secure
- Slice on
◉ Methods to terminate optical fiber =
Answer: - Heat cured epoxy termination
- Heat activated adhesive
- Ultraviolet [UV] light cured termination
- Crimp termination
- Cleave and secure
- Anaerobic termination
◉ Ways to test fiber =
Answer: 5 ways
, ◉ OFSTP -14/OFSTP -7 are =
Answer: Double ended tests for testing installed cable plants
◉ Fiber test method 1 =
Answer: Cable reference
◉ Cable reference =
Answer: Does not work with all cable plants
◉ When connectors do not match =
Answer: Use 2 cable reference
◉ Insertion loss
Answer: The signal loss resulting from the insertion of component
, or link or channel [splice], between a transmitter and receiver
[often referred to as a attenuation] =
◉ Wavelength =
Answer: - Distance between two corresponding points on a wave
- Measured in nanometers nm
◉ Core =
ACTUAL PAPER SOLVED QUESTIONS
◉ End face geometry, three types are =
Answer: - Physical contact [PC]
- Ultra physical contact [UPC]
- Angled polish contact [APC]
◉ Field terminations have three types =
Answer: - Scribe and cleave
- Cleave and secure
- Slice on
◉ Methods to terminate optical fiber =
Answer: - Heat cured epoxy termination
- Heat activated adhesive
- Ultraviolet [UV] light cured termination
- Crimp termination
- Cleave and secure
- Anaerobic termination
◉ Ways to test fiber =
Answer: 5 ways
, ◉ OFSTP -14/OFSTP -7 are =
Answer: Double ended tests for testing installed cable plants
◉ Fiber test method 1 =
Answer: Cable reference
◉ Cable reference =
Answer: Does not work with all cable plants
◉ When connectors do not match =
Answer: Use 2 cable reference
◉ Insertion loss
Answer: The signal loss resulting from the insertion of component
, or link or channel [splice], between a transmitter and receiver
[often referred to as a attenuation] =
◉ Wavelength =
Answer: - Distance between two corresponding points on a wave
- Measured in nanometers nm
◉ Core =