Free PDF Manual Guide

1. M-LPR Installation
1. The download fileis a self-extracting archive file in zip format. You can extract the downloaded file by excuting the downloaded file.
2. To install the software, it is required to excute the “Setup.exe” file in the folder newly made. Follow the instructions displayed on the screen to complete the M-LPR Port Monitor installation.
3. Register the M-LPR Port after the Printer Driver installation.
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Net.Optics.GigaBit.Port.Aggregator.Taps.with.SFP.Monitor.Ports.provide. ultra-efficient access.to.critical.GigaBit.links ..This.pioneering.technology.en- ables.any.two.devices.to.simultaneously.monitor.a.full-duplex.link.using.only. one.NIC.per.monitoring.device ..Small.Form.Factor.Pluggable.(SFP).connectors.on.the.Monitor.Ports.allow.these.Port.Aggregators.to.also.perform.media. conversion from fiber to copper.
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CTC Monitor can be set up to communicate with a controller through an RS-232 port or on an Ethernet network. In either case, you must have set up the physical connection between the computer running CTC Monitor and the controller you want to monitor before you can use CTC Monitor to monitor the controller.

Using the RS-232 Port for CTC Monitor – Controller Communications Your controller is equipped with a built-in protocol allowing direct computer communications with the controller’s RS-232 port. This protocol is described in the Guide to CTC Serial Data Communications.
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The Video Image Processing (VIP) system consists of two applications: VIP Capture and VIP Retrieval. The VIP Capture site obtains and stores pictures. The VIP Retrieval application is used to retrieve and view pictures that have been taken at VIP Capture sites or to view live video. VIP can also be used for enhancing, storing and printing pictures from a VCR playback. With VIP, the image is saved digitally, and the network transaction information – transaction number, institution number and address, the camera that took the picture, and the network date and time, when available – is saved with the picture.
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The FireWire 2-Port PCIe DV is designed to add FireWire interface to your PCI Express-enabled system. Ulead VideoStudio video editing software is included for producing greeting cards, video e-mails, or home videos complete with attractive titles, effects, and background music.
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Self-Test Feature Check (STFC)
Your monitor provides a self-test feature that allows you to check whether your monitor is functioning properly. If your monitor and computer are properly connected but the monitor screen remains dark and the power indicator is blinking, run the monitor self-test by performing the following steps:
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The ROM monitor is a small program that allows Micropak to debug other, user programs, in the starter kit boards. These boards are supplied with the TOPAS starter kits. In order to perform debugging you must first program the microcontroller on the board with your program and the accompanying ROM monitor. You can do this by selecting the Program command from the Project menu. This should display the Program dialog box. Before pressing OK to start programming make sure that the Include ROM Monitor option is selected. If this option is disabled, then you have probably not selected a ROM Monitor microcontroller. To do this go to the Project Settings dialog box and select a Processor which contains the words “ROM Monitor”.
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Connecting Your Monitor to a Computer
1. Turn off your computer and unplug your computer’s power cable.
2. Connect the blue connector of the monitor’s signal cable to the blue video connector on the back of your computer. Tighten the connector screws finger-tight. Do not overtighten.
3. Fully insert the monitor power cable into the power port on the back of the monitor.
4. Plug the power cables of your computer and your monitor into a nearby electrical outlet.
5. Turn on your computer and monitor. If the monitor does not display an image, refer to the troubleshooting section of this guide.
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Every member of the Virtex®-5 FPGA family contains a single System Monitor, which is located in the center of every die. The System Monitor function is built around a 10-bit, 200-kSPS (kilosamples per second) Analog-to-Digital Converter (ADC). When combined with a number of on-chip sensors, the ADC is used to measure FPGA physical operating parameters like on-chip power supply voltages and die temperatures. Access to external voltages is provided through a dedicated analog-input pair (VP/VN) and 16 user-selectable analog inputs, known as auxiliary analog inputs (V AUXP [15:0], V AUXN [15:0]). The external analog inputs allow the ADC to monitor the physical environment of the board or enclosure. System Monitor is fully functional on power up, and measurement data can be accessed via the JTAG port pre-configuration.
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Monitor Installation Steps
1. Power off your computer.
2. Connect the signal cable to the monitor and then to your computer.
3. Connect the power cable to the monitor and to a wall outlet.
4. Power on your computer, your monitor, and the “vacation switch” on the left side of the monitor.
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