TC Communications TC3301 User Manual Download Page 2

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TC3301 User's Manual

Rev. 1.4

*Launch power, sensitivity and distance are listed for reference only.  These numbers may vary. Contact factory for

higher loss budgets and ST & FC fiber connector types (SC fiber connectors are standard).

4. Optical Specifications

Multimode 850nm, 275/550 Meter Option

Transmitter:

FP LASER; typical Launch Power:

-10.0 dBm @850nm

Receiver:

PIN Diode; typical Sensitivity:

-18.0 dBm @850nm

Optic saturation level:

  0  dBm @850nm

Loss Budget: Multimode (50/125µm)@850nm:

8 dB

Multimode (62.5/125µm)@850nm:

8 dB

Distance:

Multimode (50/125µm)@850nm:

up to 550 Meter distance*

Multimode (62.5/125µm)@850nm:

up to 275 Meter distance*

Wavelength:

Multimode 850nm:

Connector*:

ST

FC

SC

Multimode 1310nm, 2km Option

Transmitter:

FP LASER; typical Launch Power:

-6.0 dBm @1310nm

Receiver:

PIN Diode; typical Sensitivity:

-16.0 dBm @1310nm

Optic saturation level:

  0  dBm @1310nm

Loss Budget: Multimode (50 or 62.5/125µm)@1310nm:

10 dB

Distance:

Multimode (50 or 62.5/125µm)@1310nm:

up to 2km distance*

Wavelength:

Multimode 1310nm:

Connector*:

ST

FC

SC

Single Mode 1310nm, 20km Option

Transmitter:

FP Laser; typical Launch Power:

-10 dBm @1310nm

Receiver:

PIN Diode; typical Sensitivity:

-20.0 dBm @1310nm

Optic saturation level:

-3 dBm @1310nm

Loss Budget: Single Mode (9/125µm)@1310nm:

10 dB

Distance:

Single Mode (9/125µm)@1310nm:

up to 20 km distance*

Wavelength:

Single Mode 1310nm (LASER):

Connector*:

ST

FC

SC

Single Mode 1550nm, 50km Option

Transmitter:

FP Laser; typical Launch Power:

-4dBm @1310nm

Receiver:

PIN Diode; typical Sensitivity:

-23.0 dBm @1310nm

Optic saturation level:

-3 dBm @1310nm

Loss Budget: Single Mode (9/125µm)@1310nm:

19dB

Distance:

Single Mode (9/125µm)@1310nm:

up to 50km distance*

Wavelength:

Single Mode 1310nm  (LASER)

Connector*:

ST

FC

SC

Summary of Contents for TC3301

Page 1: ...e g network bridges switches or workstation cards to single mode 1300 1550nm or multimode 850nm fiber optics Completely transparent to the network the TC3301R S is ideal for integrating UTP and fiber...

Page 2: ...r 6 0 dBm 1310nm Receiver PIN Diode typical Sensitivity 16 0 dBm 1310nm Optic saturation level 0 dBm 1310nm Loss Budget Multimode 50 or 62 5 125 m 1310nm 10 dB Distance Multimode 50 or 62 5 125 m 1310...

Page 3: ...1550nm Loss Budget Single Mode 9 125 m 1550nm 32dB Distance Single Mode 9 125 m 1550nm up to 120km distance Wavelength Single Mode 1550nm LASER Connector ST FC SC Single One Fiber 40km Model Transmitt...

Page 4: ...ults could be erroneous and confusing 6 Calculating the Loss on the Fiber The fiber optic link and or connectors are frequently the source of various problems Check out the connectors and the integrit...

Page 5: ...dicates the correct operating voltage is being derived from the power source Full Duplex LED indicator Solidly lit when Ethernet signal is in 1000M full duplex mode Link LED indicator Solidly lit when...

Page 6: ...he example diagrams shown on page 7 For example on diagram C the local TC3301 s optic Tx should be connected to the remote network device s optic Rx and vice versa E After step D the FO LED should lig...

Page 7: ...m switch is not closed it indicates an internal problem with the unit For assistance please contact the Technical Support Department at TC Communications 949 852 1973 Electrical Problem If the LNK or...

Page 8: ...onnect the local TC3301 s Tx to the remote TC3301 s Rx and vice versa C Copper to Fiber Connect the optical cables according to the diagram below the local TC3301 s optic Tx should be connected to the...

Page 9: ...n may first inspect such goods at the premises of the Buyer or may give written authorization to Buyer to return the goods to TC Communications Inc transportation charges prepaid for examination by TC...

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