WEBVTT 00:08.110 --> 00:10.490 Welcome to the bases to board overview. 00:10.840 --> 00:15.550 If you're using the bases to board for this course I'm going to go ahead just give you an overview of 00:15.550 --> 00:17.040 what to expect when you get your board. 00:17.110 --> 00:18.200 How to test it. 00:18.250 --> 00:20.270 And just a few things on the board. 00:20.500 --> 00:23.400 So your basic keyboard should come in a box. 00:23.410 --> 00:24.530 It looks something like this. 00:24.550 --> 00:30.190 If you buy it from the vigilent Web site the length is provided and if you open it up you'll see the 00:30.190 --> 00:32.750 picture we just have a picture of the bases to board. 00:32.920 --> 00:39.440 When you open it up you should see the bases board itself and us be table. 00:39.490 --> 00:44.390 And this is what we use to power the board as well as program the bases to board. 00:44.390 --> 00:51.220 So let's go ahead and take the base just to board out of our box and take the USP cable in order to 00:51.220 --> 00:52.660 test that. 00:52.660 --> 01:01.990 What we want to do is you'll notice that we have a little jumper up here and the top top of your top 01:01.990 --> 01:03.010 right corner. 01:03.190 --> 01:06.370 And there's two different sections you can go between. 01:06.430 --> 01:11.600 It will be either there's a PC in Iran in order to test this. 01:11.740 --> 01:18.400 You want to make sure that the jumper is selecting the ROM and the middle pin and what that will do 01:18.400 --> 01:25.420 is that's going to say that the configuration file loaded on flash memory on the board. 01:25.480 --> 01:28.310 So when you powered it up it'll come off from the ROM. 01:28.580 --> 01:34.180 And ladies should light up your 7st display should be flashing just let you know that your board is 01:34.180 --> 01:35.100 working. 01:35.100 --> 01:37.210 So let's go ahead and power this guy up. 01:37.590 --> 01:45.310 He is going to plug here us be table in and then plug it into us B which you can just plug it in your 01:45.310 --> 01:48.310 computer or if you have a wall wart or something. 01:48.340 --> 01:52.730 It's just a standard US be 5 volt power. 01:53.160 --> 01:56.840 Go ahead and plug it in. 01:57.750 --> 02:00.460 And now we go ahead hit our switch. 02:00.570 --> 02:04.950 Turn that on and you'll see our board is powered up. 02:04.950 --> 02:09.810 So we've got our lady here telling us that the board is powered up and working correctly. 02:10.110 --> 02:16.280 We've got our seven segment display which is displaying counting and hacks from 0 up to half. 02:16.550 --> 02:22.810 And we've got push buttons and switches we can hit we going see that the LCD is turning on. 02:23.100 --> 02:27.350 So that's good that's telling us that all our ladies work the boards working and everything's OK. 02:27.370 --> 02:29.880 Which This should factor this already tests. 02:29.910 --> 02:36.500 But just a quick way for you to make sure that your board is working and so on the board we have this 02:36.500 --> 02:39.330 small little chip kind of directly in the center. 02:39.440 --> 02:45.510 And if you look really close at it on yours you'll see has a Xilinx symbol and it'll say Spartan and 02:45.510 --> 02:52.890 that is because it's a Xilinx chip and it's a Spartan series FPGA and we've got a few other peripherals 02:52.920 --> 02:53.720 we have. 02:54.150 --> 02:58.630 As you can see here the USP port which is used to program empower our board. 02:58.890 --> 03:03.410 We've got all the switches which we'll be using in the labs throughout the course. 03:03.570 --> 03:12.050 We've got these push buttons which we'll use as well you can see when I hit them it unlikes the selected 03:12.060 --> 03:20.100 segment on the 7 segment splay and then we've also have several these different clumpy mods through 03:20.100 --> 03:23.250 digital and Web site and essentially what they are they give you access. 03:23.250 --> 03:29.130 You can take wires plug wires into the air and stick them in a breadboard which we do in our RC servo 03:29.430 --> 03:37.380 lab and it just gives you access from the outside taxi access pins on that FPGA and they do sell little 03:37.380 --> 03:42.080 pea mods connectors you can stick in there and do other cool things with. 03:42.090 --> 03:47.400 So this is kind of an overview of what the bases to board looks like will be what we'll be doing and 03:47.460 --> 03:53.280 we're going to be working with the Ltd's seven Sigma display the pushbuttons and we will work with the 03:53.280 --> 03:56.100 Pimas RC servo. 03:56.100 --> 04:01.110 So that is kind of what you can expect and I hope you're ready to learn.