Model 100S1G6AB
Rev A
9
A glass, multi-mode, fiber-optic cable of 200um is recommended, however fiber-optic cable as small as 50um
can be used. The connector type for this port is ST.
This port can be used with either an AR IF7000 RS-232 to Fiber-Optic Interface or an AR IF7001 USB to
Fiber-Optic Interface. Note that these devices use SMA connectors so a fiber-optic cable is needed with ST
connectors on one end and SMA connectors on the other. This cable can be obtained from a fiber-optic cable
distributor such as FIS. Their web-site can be found at
. An example cable
that will work for this connection is FIS Part Number D615M7FIS. The 7 in the part number refers to the
length of the cable. In this case the length is 7 meters.
Table 2-4. Fiber-Optic Port Settings
Word Length
8 bits
Stop Bits:
1
Baud Rate:
19.2 kbps
Parity:
None
HW Handshake:
None
2.4.4
USB Communications
The USB port on this product is a USB 2.0 port. It also complies with the USB Test and Measurement Class
Standard. Communications with this port requires the host computer to have a USBTMC driver available.
All commands and queries through this port must be terminated with a
<LF>.
The cable required to make this connection is a USB 2.0 A-B peripheral device cable. The cable can be no
longer than 5 meters. If a longer distance is required a USB hub must be used. A cable carrying the official
USB logo is recommended.
When connected to a PC running Windows 2000 or XP a window will pop-up labeled Hardware Wizard. If
this PC has National Instruments LabView installed it will have a USBTMC driver that will work with this
port. This driver will allow the device to be easily controlled using National Instruments Measurement and
Automation Explorer or LabView. If a user wishes to write code in a different programming language, a
custom driver can be requested from AR. It should be noted that the USBTMC driver provided by National
Instruments is a VISA driver which can be used with other programming languages besides LabView. For
more information on this please consult the National Instruments Website found at
NOTE: All firmware updates are done through the USB port.
2.4.5
Ethernet Communications
The Ethernet port on this product allows it to be remotely controlled through a TCP data channel. All
commands and queries through this port must be terminated with a
<LF>.
By default this port is setup to work on a network with a DHCP server. Upon connection, an IP address is
assigned to the device based on its hardware address. The hardware address is printed on a label located near
the Ethernet port.
If the connected network does not have DHCP enabled then the device can be assigned an IP address by the
user. To do this, download the utility called DeviceInstaller
TM
. For assistance
using this utility please consult this utilities embedded help file.
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