Moog Components Group
10/100 Ethernet Converter Manual
February 10, 20011
Page 12 of 12
200910-
For this 10/100 Ethernet Converter installation checkout procedure, it is assumed that the
Converter will be mounted in a standalone configuration. +12 VDC power for the Converter is
supplied by the user’s DC power supply.
1.
Mount the 10/100 Ethernet Converter directly to a chassis using the supplied mounting holes.
2.
Supply power and ground using 16-gauge wire (or equivalent) (+12 or +24VDC) to a 2-pin
Phoenix style connector. Pin 1 for VCC and pin 2 for Ground. Verify the correct voltage.
3.
Connect an Ethernet device to each converter using standard Ethernet cables.
4.
Connect optical fiber between the pair of converters.
5.
Turn the power on to both devices and verify that all power LED’s are illuminated on both
boards.
6.
Using an Ethernet traffic generator, pinger, or custom software, verify that data can be transferred
correctly between devices.
7.
Verify operation of status indicators as described in Section 1.4.3.
2.2 10/100 Ethernet Converter with Motherboard Installation Checkout
Procedure
For this 10/100 Ethernet Converter installation checkout procedure, it is assumed that the Converter will
be mounted as a daughtercard to a customer provided motherboard. +5VDC power for the Converter is
supplied directly from the motherboard, and all data signals are interfaced directly to that motherboard.
See the previous section for installing the Converter in a standalone configuration.
Note: Only the 200750 revisions of the converters are currently capable of being mounted in a
daughtercard configuration.
1.
Verify the location of all motherboard/daughtercard connections on 2x5 header using pin descriptions
in Section 1.4.1.
2.
Mount the 10/100 Ethernet Converter to a user supplied motherboard with a 2x5 standard pin data
header. Mounting holes may be utilized for additional security.
3.
Connect optical fiber between the pair of converters.
4.
Turn the power on to both devices and verify that all power LED’s are illuminated on both boards.
5.
Using an Ethernet traffic generator, pinger, or custom software, verify that data can be transferred
correctly between devices.
6.
Verify operation of status indicators as described in Section 1.4.3.
