1 00:00:07,370 --> 00:00:13,300 Hello, in this studio, we will continue with the digital output and inputs and also analog outputs. 2 00:00:13,380 --> 00:00:14,560 OK, we will check once. 3 00:00:14,780 --> 00:00:16,520 Will it work or not? 4 00:00:16,550 --> 00:00:18,990 First of all, I will make my p.l.c. to run. 5 00:00:19,030 --> 00:00:21,380 OK, now we are at the wrong situation. 6 00:00:21,550 --> 00:00:23,890 And let's check once to this stage. 7 00:00:23,910 --> 00:00:24,550 That's OK. 8 00:00:25,070 --> 00:00:30,530 Output zero point zero and I will make set on so you can see that is active. 9 00:00:30,530 --> 00:00:39,100 So we have an output from the output zero and again set off OK and set on and set off. 10 00:00:39,110 --> 00:00:41,060 OK, so this is working. 11 00:00:41,070 --> 00:00:42,050 This is the first thing. 12 00:00:42,210 --> 00:00:52,070 And another important thing for these CPUs, I will make online it in here and the next section and 13 00:00:52,070 --> 00:00:54,570 let's make it to fifty, first of all. 14 00:00:54,770 --> 00:00:59,610 Normally we were using LDA and one thousand but now it's changed. 15 00:00:59,630 --> 00:01:07,820 OK, so if we go to devise a command list and in here you will see some area at some 400. 16 00:01:08,090 --> 00:01:10,890 Let's go a little bit back, back, back. 17 00:01:11,330 --> 00:01:16,470 OK, in here, always on flat is a four 400 always awful I guess. 18 00:01:16,730 --> 00:01:17,630 Four hundred and one. 19 00:01:17,630 --> 00:01:22,190 OK, so also what we learned is our one hundred seventy two. 20 00:01:22,190 --> 00:01:23,180 Let's go to that. 21 00:01:24,680 --> 00:01:26,870 And you will see in here. 22 00:01:26,910 --> 00:01:29,290 OK, let's read it. 23 00:01:31,200 --> 00:01:34,170 Make a little bit bigger than you will see. 24 00:01:35,680 --> 00:01:42,820 This is Channel two, OK, this is Channel one input, and this is Channel one for the output channel 25 00:01:42,820 --> 00:01:44,020 to analog output. 26 00:01:44,020 --> 00:01:48,880 So we will use our 172 and I will make it close it like that. 27 00:01:49,100 --> 00:01:57,880 And I am four hundred, OK, and always move more and 200 or two thousand four. 28 00:01:58,390 --> 00:02:00,350 Two thousand forty eight. 29 00:02:00,370 --> 00:02:01,760 OK, this is 12. 30 00:02:02,170 --> 00:02:03,590 So this is Tannenwald. 31 00:02:03,640 --> 00:02:04,820 So what will I do. 32 00:02:05,200 --> 00:02:07,030 I will say to here for example. 33 00:02:07,210 --> 00:02:11,670 Five hundred to that are 172. 34 00:02:11,950 --> 00:02:18,450 OK, this is the first thing and then let's send it and update the program line and OK. 35 00:02:18,460 --> 00:02:23,590 And uptake is completed so now I will get my multimeter 36 00:02:25,820 --> 00:02:26,680 ok. 37 00:02:28,460 --> 00:02:37,580 My multimeter is here and then now we are reading Zero World, OK, and now what will I do? 38 00:02:37,760 --> 00:02:45,680 I will put my one prop to analog output, one OK, and another prop to minus. 39 00:02:47,330 --> 00:02:49,550 Let's head up this area. 40 00:02:51,130 --> 00:03:01,000 So now it is OK and you will see two or two of these output OK as analog output, and let's change it 41 00:03:01,000 --> 00:03:10,690 to, for example, to the props are not correct for the minus and plus, I will put it to one side and 42 00:03:10,690 --> 00:03:11,920 also another one. 43 00:03:13,580 --> 00:03:20,920 OK, then you can see two and three world and I will change the value, it is five hundred now. 44 00:03:20,960 --> 00:03:28,880 I will change here to one thousand and I will send it OK and update the program line and then you will 45 00:03:28,880 --> 00:03:30,930 see it is five analog output. 46 00:03:30,950 --> 00:03:36,560 OK, if I say two here, one thousand five hundred seven point five OK. 47 00:03:36,800 --> 00:03:46,640 Or seven to eight and you will say OK, it is working correctly and if I send two thousand ok what will 48 00:03:46,640 --> 00:03:47,030 happen. 49 00:03:47,030 --> 00:03:47,270 Ten. 50 00:03:47,280 --> 00:03:48,590 What is analog output. 51 00:03:48,770 --> 00:03:52,190 And we can read them all of it like that from the analog input. 52 00:03:52,430 --> 00:04:00,980 And this is how can we use OK in here just direct connection to analog output and we can read the analog 53 00:04:00,980 --> 00:04:01,730 output for you. 54 00:04:01,880 --> 00:04:11,120 So this is in a series how can we write to unlock value analog output value and how can we activate 55 00:04:11,300 --> 00:04:13,540 in our output? 56 00:04:13,700 --> 00:04:16,730 If I say to here is zero point zero, what will happen. 57 00:04:16,730 --> 00:04:20,030 Input zero is octave so analog. 58 00:04:20,030 --> 00:04:23,770 I'm sorry, the digital output zero will be also active. 59 00:04:23,810 --> 00:04:33,080 OK, so this is the structure of the eight two hundred eighteen peaks, a serious CPU's in Delta and 60 00:04:33,080 --> 00:04:35,870 we will do an advanced instructions. 61 00:04:35,870 --> 00:04:42,270 Also we will use advanced instructions and we will do advanced applications in the next tutorials and 62 00:04:42,290 --> 00:04:43,500 finished for this video. 63 00:04:43,640 --> 00:04:45,380 See you in the next video.