User`s guide
Table Of Contents
- copyrt_2002e.pdf
- PrefaceF.pdf
- Sect_1f.pdf
- Sect_2h.pdf
- SECTION 2 – Front and Back Panel Descriptions
- Reset Pushbutton
- GPIB Input Connector
- GPIB Port Address Switch
- SECTION 2 – Front and Back Panel Descriptions
- Sect_3k.pdf
- APPENDAj.pdf
- APPENDBd.pdf
- APPENDC4.pdf
- copyrt_2002f.pdf
- Sect_3k.pdf
- APPENDAk.pdf
Table C1. OE-2 Option 4
Protocol
Filter Wavelength
Power
Units
Average Power
Limit
Modulation
Measure
Modulation
Units
Modulation
Limit
Rise/Fall times
Limits (in ps)
“User Defined”
Defaults
“Filter 1” 850 nm dBm (1) OMA uW (1) (1)
Gigabit Ethernet
1000BASE-SX GE 850 nm dBm -9.5 ER dB 9
260 rise
210 fall
Gigabit Ethernet
1000BASE-LX
Single Mode GE 1300 nm dBm -11.0 ER dB 9 260
Gigabit Ethernet
1000BASE-LX
Multimode
GE 1300 nm dBm -11.5 ER dB 9 260
Fibre Channel
100-SM-LC-L
FC 1300 nm dBm -9.5 OMA mW (4) 320
Fibre Channel
200-SM-LC-L
FC2X 1300 nm dBm -11.7 OMA mW (4) 160
Fibre Channel
100-M5-SN-I FC 850 nm dBm -10 OMA mW 0.156 300
Fibre Channel
100-M6-SN-I
FC 850 nm dBm -10 OMA mW 0.156 300
Fibre Channel
200-M5-SN-I FC2X 850 nm dBm -10 OMA mW 0.196 150
Fibre Channel
200-M6-SN-I
FC2X 850 nm dBm -10 OMA mW 0.196 150
(1) Leave blank for user setting
(2) Not specified or multiple specs in the standard—leave blank
(3) Future product—reserved. Do not show in OE-2 software, available with SIA-3000
(4) The Fibre Channel standard offers a tradeoff between spectral center wavelength, RMS spectral width, and
minimum OMA. Leave OMA limit blank for user to input a limit.
| APPENDIX C | Preprogrammed Measurement Limits
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