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STANDARD RECOMMENDED PROCEDURE 003-137-AEN | ISSUE 1 | JANUARy 2017 | PAGE 6 OF 8

8.2 

To reference the source and two meters:

Step 1: 

Clean and insert the SC-end of  

the SC to LC jumper (Reference 

Jumper no. 1, or 

RJ1

) into the 

output of the light source.

Step 2: 

Clean and insert the LC end 

of 

RJ1

 jumper into the LC port 

adapter of  Meter no. 1 (

M1

(Figure 8). 

For multimode only:

 Wrap the jumper 5 

times and secure it in a 25 mm mandrel 

with tape (standard 50 µm multimode 

procedure).

Figure 8

Step 3: 

Verify that 

RJ1

 is acceptable at your system’s wavelength(s) and reference this 

power to 0.00 dB. 

Step 4: 

Disconnect and move the meter-end LC of 

RJ1

 to Meter no. 2 (

M2

) and repeat 

Step 3. Disconnect M2 after this step.

Step 5: 

Clean and insert the LC end of 

RJ1

 into an LC adapter. 

Step 6: 

Clean and install an LC to LC 

jumper-Reference Jumper no. 

2 (

RJ2

) into 

M1

 and the LC 

adapter (Figure 9).

Step 7: 

Verify that the 

RJ1/ RJ2

 mated 

pair are acceptable with a loss 

≤0.15 dB.

Step 8: 

Disconnect 

RJ2’s

 LC 

connector from the LC adapter 

and protect it with a clean dust 

cap until you are ready to start 

the system testing.

Step 9: 

Clean and install an LC to LC 

jumper-Reference Jumper 

no.3 (

RJ3

) into 

M2 

and the LC 

adapter (Figure 10).

Step 10: 

Verify that the 

RJ1/RJ3

 mated 

pair are acceptable with a loss 

≤0.15 dB.

Step 11: 

Disconnect 

RJ1’s

 LC connector 

from the LC adapter and protect 

it with a clean dust cap.

Step 12: 

Leave the LC adapter on the 

end of 

RJ3

 for the remainder 

of this procedure since it will be 

required for mating to the TAP 

port test harness.

Figure 10

Light Source

      (Tx)

  Do NOT 

disconnect

   

HPA-0758

    Meter no. 1

          (RX)

          

    

    Meter no. 2

         (RX)

          

 M2

    

0.00

22 mm mandrel wrap for multimode 

only

 Reference 

Jumper no.1

      

RJ1

M1

  Do NOT 

disconnect

  Do NOT 

disconnect

HPA-0759         

   

         LC

    adapter      

   

0.15 dB

multimode only

 RJ1

 Reference 

Jumper no. 2

       

RJ2

M1

 Light 

Source

Figure 9 

  Do NOT 

disconnect

  Light Source 

       

        

M1 

HPA-0760         

   

         LC

     adapter      

     Dust cap      

     

RJ2 

 

  Do NOT 

disconnect

0.3 dB

   

multimode only

RJ 1

RJ3

  

           

 M2

 

0.15 dB

Summary of Contents for EDGE8 LC-MTP

Page 1: ...ble for both multimode and single mode applications Compatible with all EDGE8 rack mountable connector housings LC MTP Tap modules have twelve front mounted shuttered LC adapters and two rear mounted...

Page 2: ...pply more pulling force to the cable than specified Do not crush the cable or allow it to kink Doing so may cause damage that can alter the transmission characteristics of the cable the cable may have...

Page 3: ...xamples shown in Figures 4 5 and 6 Figure 4 Multimode Fiber Single Mode Fiber OM4 Ultra bendable optimized 50 m 850 nm Bend improved single mode 1310 nm Component Loss max dB 1 Loss max dB 1 MTP mated...

Page 4: ...mated pair 0 15 3 7 0 30 0 10 4 25 dB fiber loss Note Fiber loss depends on length of system Figure 5 Figure 6 EDGE8 Tap Module A EDGE8 Module B HPA 0827 EDGE8 Far end Near end Budget loss for a Far...

Page 5: ...of a splitter will result in high attenuation Wavelength Considerations 6 3 The splitters on multimode modules are optimized for 850 nm VCSEL Vertical cavity Surface emitting Lasers thus when testing...

Page 6: ...7 Verify that the RJ1 RJ2 mated pair are acceptable with a loss 0 15 dB Step 8 Disconnect RJ2 s LC connector from the LC adapter and protect it with a clean dust cap until you are ready to start the...

Page 7: ...s A 2 B 1 1 A 4 B 3 3 A 6 B 5 5 A 8 B 7 7 Table 2 Testing Sequence with Light Source at the Tap Module 9 2 To begin testing a Tap module Figure 11 Step 1 Install the Light Source RJ1 LC connector into...

Page 8: ...r testing with the Light Source at the B module Far end and a meter at Tap module A Near end of the system as shown in Figure 12 Source LC Position at B Meter no 1 LC Position at A Meter no 2 TAP Port...

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