I would then untwist the wires and put them in the correct color order that I need. Then I would flatten out the wires and in one hand hold my RJ-45 connector and then with the other hand feed the wires into the connector. This is usually pretty simple with the way the connectors are made, and they are also usually clear. After I’m sure that the wires are in the connector all the way, and in the right order, I would use a wire crimper to clamp[ the wires securely in to the connector. Coaxial cable- For the COAXIAL CABLE I would do the same first few steps by getting the correct length of cable that I would need.
I normally place a soft cloth on the work space I’m going to build the computer on so it helps from scratching the case. Once you have the case out of the box. You will want to use you screw driver and remove the screws from the right and left side to remove the panels. This is so you can have everything open and ready to start adding your components to the case. Step two you will want to get the power supply mounted into the case.
Unit 8 Lab 1 Running head: FIBER OPTIC CONNECTOR ASSEMBLY Fiber Optic Connector Assembly NT1310 Fiber Optic Connector Assembly * Figure 1 Fiber Termination kit Figure 1 Fiber Termination kit Figure 2: LC Multimode & Singlemode Connector Figure 2: LC Multimode & Singlemode Connector Put on safety glasses and prepare work area by organizing all necessary tools from the Fiber Termination Kit and the Consumables Kit. Place primer bottle into primer stand, remove dust-caps from fiber connectors, etc. * Slide the strain relief boot (and crimp sleeve for jacketed fiber) over the fiber in the proper orientation. * Using the jacket stripper tool, strip off the outer jacket at the ‘A’ length indicated on the template card. Use the 1.0mm opening for 1.6mm fiber.
o 4 Wrap an antistatic wrist-strap around your wrist and clip the strap end to the metal edge of your case to discharge any static electricity in your body so as not to cause damage to your system. o 5 Remove the 24-pin ATX connector from the power supply to the motherboard. Remove all other wires and connectors from the inside the computer case. o 6 Remove the screws securing any PC cards to the case and then pull the PC cards from their sockets. o 7 Press the clips securing the system RAM to the motherboard out of the notches on the edges of the RAM and pull the RAM from the memory banks.
Figure 1.2 c) Tape the 4 rectangles together in the shape of a box. Use plenty of tape to aid in cushioning the egg. d) Trace the two open ends of the box on to the remaining poster board and cut these out. Tape one of the cut outs to the bottom of your box. Again use plenty of tape.
For a straight, regular stitch, this mean to line up the edges and put the outside or fashion parts of the fabric together. Beginning at one edge of the fabric, push the needle through both layers of the fabric and pull until the knot at the end of the thread catches. Push the needle back through both layers of the fabric on the same side that the thread is currently coming through. Push it back through the fabric about one to two millimeters from the first hole. The smaller the stitches are, the more secure the seam will be.
Follow all necessary steps as given in the documentation; you would now have generated a “.hex” file which you can load into the microcontroller. 4. You can load the “.hex” file by using Bootloader; steps for installing and using Bootloader is given in Refer section 2.6 (page 29) of the Software manual for complete instruction of using the AVR Bootloader on your system. Step number 5 and 6 will be same explained above in option 1. If Teams get doubts while taking the tutorial, they can post the queries on e-Yantra QuestionAnswer forum at
Unit 7 Assignment 1: Video Summary 5 Explain BIOS: Basic Input/ Output System * BIOS tells the hardware how to operate with the computer’s Operating System * BIOS is built into the motherboard and is standard on all computers * BIOS can be used to tune the computer’s hardware * A specialized key stroke is used to enter into BIOS before the system fully boots up * BIOS can only be navigated using key strokes (mouse will not work) * The first Tab shows the different types of internal hardware connections your computer has, IDE and SATA, along with what is connected to them (i.e. DVD Rom drive, hard disk) * Under Advanced Tab, CPU configurations can be changed if options are available (i.e. overclocking) * Under Power Tab, outputs are shown for power outputs of hardware devices (i.e. voltages used and cooling fan speeds, and temperatures of hardware * Under Boot Tab, you are allowed to set up the sequence in which the computer will boot up from (i.e. hard drive, CDROM, or Removable) * Under Exit Tab, You are given the option on how to exit from BIOS with or without saving changes Explain POST: Power On Self Test * POST is a test to determine a computer’s hardware is not faulty before it boots * When a problem occurs BIOS will register an error * A sound messaging speaking is located on the motherboard that will issue a series of beeps when a problem is found.
The microscope is designed to hold cables and connectors in precisely the correct position for examination enabling you to detect dirty, scratched, or cracked connectors and ensure that cables are cleaved properly in preparation for splicing. The visual fault locator is a quick and dirty way to test the continuity of fiber-cable connection by sending visible light over a fiber-optic cable. A fault locator enables you to find a specific cable out of a bundle and ensure that a connection has been
This is where the end of the line will be going to form the knot. Take the end of the line and very, very, carefully, thread it through the hole. Now grab the end of the line with one hand, and simultaneously, pull the other end of the line tight. All that is left to do now, is trim the excess line off the end with a pair of nail clippers, and add the