1 00:00:12,280 --> 00:00:21,340 Hello, in this tutorial, we will learn the basic parameters, the devices were twice like, um, inputs 2 00:00:21,340 --> 00:00:29,500 and outputs coils in a two hundred series and also a three hundred series pulses in Delta Electronics. 3 00:00:29,800 --> 00:00:37,330 First of all, this is just a basically PowerPoint, and I will show it to you once for the inputs X. 4 00:00:37,330 --> 00:00:37,800 It's OK. 5 00:00:38,020 --> 00:00:44,800 The important point for this PowerPoint here, when the, uh, when you are using with the TV series, 6 00:00:45,010 --> 00:00:52,410 the input was eight zero output was for example, y one y two y zero like that. 7 00:00:52,420 --> 00:01:05,380 But now we have a point X zero point zero or Y zero point zero feel Y sixty three point fifty or sixty 8 00:01:05,380 --> 00:01:06,330 three point fifteen. 9 00:01:06,340 --> 00:01:12,940 This is the first changing with the series and the second one for the data registers. 10 00:01:13,150 --> 00:01:21,120 We can use forty eight thousand OK, data register and forty eight thousand W Auxillary. 11 00:01:21,400 --> 00:01:26,710 OK, and also we have imbeds eight thousand one hundred ninety two. 12 00:01:26,740 --> 00:01:27,260 OK. 13 00:01:27,280 --> 00:01:34,750 It starts from zero but there is no point zero point zero, not just starting from zero and one and 14 00:01:34,750 --> 00:01:35,860 two and like that. 15 00:01:36,220 --> 00:01:39,360 And then we have a special election to replace. 16 00:01:39,370 --> 00:01:49,800 OK, some two thousand forty eight uh different spatial auxiliary um included two Delta Nu newest AC 17 00:01:49,820 --> 00:01:52,890 responses and stepping relays and the timers. 18 00:01:52,900 --> 00:02:01,810 We have five hundred, twelve times and five hundred twelve counter that we can use and in here you 19 00:02:01,810 --> 00:02:05,120 will see thirty two bit counter and we have 256. 20 00:02:05,140 --> 00:02:09,340 These are really huge numbers for the one Kelsi one CPU. 21 00:02:09,370 --> 00:02:12,550 OK and work devices also the constants. 22 00:02:13,030 --> 00:02:19,870 The important point in here you can see it sixteen bit then we can use just directly five, ten or five 23 00:02:19,870 --> 00:02:24,040 hundred or thirty two thousand for the thirty two bits you will see. 24 00:02:24,250 --> 00:02:27,280 This is and also is hexadecimal system. 25 00:02:27,430 --> 00:02:37,270 We need to define sixteen and design and zero or our hexadecimal number and the Delta p.l.c. understand 26 00:02:37,540 --> 00:02:42,970 with the, with the design and with the sixteen it is hexadecimal or not. 27 00:02:43,000 --> 00:02:44,170 OK, that's all. 28 00:02:44,260 --> 00:02:48,990 And we have four numbers, uh, flatting numbers and with the F OK. 29 00:02:49,150 --> 00:02:55,150 And we have the strings and starts from one till thirty two one sorry. 30 00:02:55,150 --> 00:02:57,670 Thirty, thirty one characters. 31 00:02:57,680 --> 00:02:58,450 OK, that's OK. 32 00:02:58,660 --> 00:03:01,060 And also in the right side you can see the vast ranges. 33 00:03:01,270 --> 00:03:08,020 OK, uh in the next PowerPoint you will see the binary decimal binary code on hexadecimal numbers as 34 00:03:08,020 --> 00:03:14,260 binary zero zero zero till and it goes to a decimal number zero is hexadecimal zero. 35 00:03:14,440 --> 00:03:15,660 But let's take a look. 36 00:03:15,670 --> 00:03:17,320 One thousand one. 37 00:03:17,320 --> 00:03:17,800 This one. 38 00:03:17,830 --> 00:03:21,160 OK, this is my band is binary code decimal. 39 00:03:21,310 --> 00:03:29,190 It equals same and then is hexadecimal nine but then suddenly one thousand one one zero one zero. 40 00:03:29,920 --> 00:03:36,610 This is binary number OK is decimal ten but it hexadecimal A and also in the right side hexadecimal 41 00:03:36,610 --> 00:03:43,240 ASCII characters table that you can see and I will go to my calculator and I will show it to you. 42 00:03:43,240 --> 00:03:45,040 How can you calculate it. 43 00:03:45,220 --> 00:03:46,420 I will go to programer. 44 00:03:46,480 --> 00:03:51,940 OK, and now you will see at this point one thousand ton. 45 00:03:52,030 --> 00:03:53,740 Let's make one thousand times. 46 00:03:53,950 --> 00:04:03,240 You will see this is decimal ten, hexadecimal eight is October twelve and binary one zero one zero. 47 00:04:03,250 --> 00:04:04,840 That's all for this tutorial. 48 00:04:04,840 --> 00:04:05,620 I'm finished here. 49 00:04:05,770 --> 00:04:07,010 Just uh it is. 50 00:04:07,130 --> 00:04:15,400 I want to show it to you, uh, the complete device range and then also the ASCII hexadecimal and the 51 00:04:15,400 --> 00:04:18,460 decimal and the binary convergence in this story. 52 00:04:18,460 --> 00:04:20,580 I'll see you in the next Turrill.