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| DT/DR-7301
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High Speed Data
Transmission |
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| For Point-to-Point High Speed
Data Applications up to 200 Mb/sec |
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The LuxLink™ DT/DR-7301 system consists of the DT-7301 transmitter and
DR-7301 receiver. This system is designed to transmit and receive TTL, ECL,
or PECL signals in a wide range of diverse applications. The unit can easily
be user configured for single-end or differential mode operation. The
DT/DR-7301 will operate continuously at all data rates from 10 Mb to 200
Mb/sec. An additional benefit of this system is that it can perform protocol
conversion. For lower data rates models see the
DX-7001 and DX-7201
Both multimode and single-mode versions are available and installation is
totally adjustment free. In addition, integral indicators are provided to continuously indicate the presence of data signals as
well as the presence of operating power making system troubleshooting
simple. View signal interface details
application note.
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| Specifications |
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Important Features |
| Data Transmission Rate |
1 Mb to 200 Mb/s (50Mb TTL) |
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· 1 Mb to 200 Mb/s
Data Rate |
| Protocols Supported |
TTL (50 ohm/Hi-Z), ECL,
PECL, LVTTL |
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· Multi-protocol
Conversion
TTL, ECL, PECL |
| Duty Cycle* |
50/50 to 80/20 |
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· Single-end or
Differential |
| Operating Modes |
Single-ended or differential |
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· Signal &
Power Indicators |
| Rise / Fall time (ECL) |
0.5ns typical, 2.5ns max |
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· Multimode &
Single |
| Min pulse width (ECL) |
5.0 ns |
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mode Versions available |
| Jitter |
3.0 ns maximum |
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System delay |
35 ns
typical w/1 meter fiber |
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| Bit Error Rate |
1 x 10-9 (worse case) |
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| Operating Wavelength |
1310 or 1550nm |
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| Optical Output Power |
-14 dBm (multimode),
-10 dBm (single-mode) |
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| Optical Loss Budget |
0-15 dB (multimode),
0-18 dB (single-mode) |
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| Signal Connectors |
Two BNCs |
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| Power Requirements |
11-24 VAC/DC @210ma |
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| Physical Size |
5.0” x 3.0 x 1.0"
127mm x 76mm x 25.4mm |
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*The DT/DR-7301 is not recommended for single-pulse
Applications
Note all specifications are subject to change without notice
Copyright 2008
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Fiber Optic Communications Systems
