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TC1504 User's Manual

Rev. 1.5 (A0.1)

Transmit Data & Transmit Clock Wave forms

Installation & Troubleshooting

A.

Identify your equipment as DCE or DTE.  TC1504's DTE/DCE DIP Switch has to be set to the opposite

of your equipment.  For example, if you connect the TC1504 to a DTE device, set the DCE/DTE DIP

Switch (SW4) to the DCE (up) position.

B.

Always connect one TC1504 and conduct a Local Optic Loopback test first.  To perform the test:

1.

Use a short optic cable to loop from optic "Tx" back to optic "Rx."

2.

Connect the TC1504 to the user's equipment.

3.

Check if the "Sync" LED is lit.

4.

If the "Sync" LED is off, try sliding the DCE/DTE  switch down or verify the fiber cable and

connections, then re-examine the "Sync" LED.

5.

The TC1504 requires a "clock" input signal (pins 17 & 35 when set as DCE) to latch onto incoming

data; without a valid clock signal, no valid optic signal will be generated.

Summary of Contents for TC1504

Page 1: ...o any specifica tion TC Communications Inc reserves the right to change or modify the contents of this manual at any time without prior notification COPYRIGHT 1992 2007 ALL RIGHTS RESERVED MODEL S N DATE TC Communications Inc 17881 Cartwright Road Irvine CA 92614 Tel 949 852 1972 Fax 949 852 1948 Web Site www tccomm com Email info tccomm com TC1504 RS 422 RS 449 SYNC FIBER OPTIC MODEM Rev A0 1 Use...

Page 2: ...ional Theory 3 Electrical Specifications Virtual Connection 3 Power Requirements 3 LEDs DIP Switches Connectors 4 Optical Specifications 4 Physical Characteristics 4 Temperature 4 Transmit Data Transmit Clock Wave Forms 5 Installation Troubleshooting 5 Warranty Return Policy 6 ...

Page 3: ...erational Theory The TC1504 latches onto the RS 422 RS 449 data by the received clock signal from user s equipment to produce an encoded optic signal with an embedded clock The composite optic signal is then transmitted by the optic transmitter through the optic cable to a remote TC1504 s optic receiver The received optic signal is processed and decoded to separate data and clock from the composit...

Page 4: ...dB 1310nmSingleMode 9 125µm 20dB Distance 850nmMultimode 62 5 125µm up to 3km distance 1310nmMultimode 62 5 125µm up to 4km distance 1310nmSingleMode 9 125µm up to 30km distance Wavelength 850nmMultimode 1310nmMultimode 1310nm Single Mode Connector ST FC Launch power sensitivity and distance are listed for reference only These numbers may vary Physical Characteristics Height 0 79 2 0 cm Width 4 1 ...

Page 5: ... Always connect one TC1504 and conduct a Local Optic Loopback test first To perform the test 1 Use a short optic cable to loop from optic Tx back to optic Rx 2 Connect the TC1504 to the user s equipment 3 Check if the Sync LED is lit 4 If the Sync LED is off try sliding the DCE DTE switch down or verify the fiber cable and connections then re examine the Sync LED 5 The TC1504 requires a clock inpu...

Page 6: ...uch 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 Communications Inc Buyer shall bear the risk of loss until all goods authorized to be returned are delivered to TC Communications Inc TC Communications Inc shall not be liable for any inspection packing or labor costs in...

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