2. what could be the voltage drop and power loss due to the resistance. If the resistance of a cable is 100ohms, with a current of 20mA ? Voltage drop = 2 volt, power loss = 4*10^-4 wa 3. calculate the attenuation coefficient per kilometer. of an optical cable of length 5 Km, with an input power 50watts and output power 40watts, Enter your answer
2. what could be the voltage drop and power loss due to the resistance. If the resistance of a cable is 100ohms, with a current of 20mA ? Voltage drop = 2 volt, power loss = 4*10^-4 wa 3. calculate the attenuation coefficient per kilometer. of an optical cable of length 5 Km, with an input power 50watts and output power 40watts, Enter your answer
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Transcribed Image Text:2. what could be the voltage drop and power loss
due to the resistance. If the resistance of a
cable is 100ohms, with a current of 20mA ?
Voltage drop = 2 volt, power loss = 4*10^-4 wa
3. calculate the attenuation coefficient per
kilometer. of an optical cable of length 5 Km,
with an input power 50watts and output
power 40watts,
Enter your answer
4. what should be the pulling tension for 4 pair
UTP 6 AWG ?, If a 4 pair UTP 24AWG is used
to pull with a maximum tension of 110newtons
?
27.5 newton
5. Find the fiber core radius If the bend radius of
fiber optic cable is 4mm,
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