WEBVTT 00:00.240 --> 00:03.800 So let us for the broader understanding by simulating one of us. 00:04.200 --> 00:11.310 OK, so when they use an idea, it gives us more insight of what is actually happening into an actual 00:11.310 --> 00:15.900 circuit instead of just discussing about the theoretical aspect of certain design. 00:15.930 --> 00:18.200 So we already covered what it all means. 00:18.660 --> 00:23.310 So it consists of a program, a blog, and it consists of a fixed line connections. 00:24.090 --> 00:30.230 OK, so now what we'll do is we'll use a multi sim to simulate a circuit so that we have a clear picture 00:30.230 --> 00:31.200 of what is inside. 00:31.740 --> 00:36.340 OK, we're not using an offline version of formalism, which is very, very popular. 00:36.350 --> 00:42.390 But since we need to replicate a very simple circuit using an online cloud based idea, you just need 00:42.390 --> 00:44.450 to search for a nice circuit simulator. 00:44.730 --> 00:50.670 It will take you to make the same online circuit similar to the first thing that you do is you create 00:50.670 --> 00:54.640 your account and then you'll be finding this speech here. 00:54.960 --> 00:57.230 So you just go ahead and you click onto it. 00:57.630 --> 01:03.160 OK, so this will bring you to this stuff that I have already created a circle just to see what they 01:03.720 --> 01:04.130 OK. 01:04.920 --> 01:08.150 Now, this is an area where you'll be pleased again. 01:09.180 --> 01:15.510 So, for example, if I want to add a digital sources so I can just go to a source that I look for the 01:15.510 --> 01:22.390 source, that source that I want and I just am digital, so our DC will disclose. 01:22.710 --> 01:25.670 So I'll just bring it down, drop it or canvas. 01:25.710 --> 01:33.030 OK, so this will add a component like other then that we also have analytics as well as resources available 01:33.040 --> 01:34.230 to use on regicide. 01:34.240 --> 01:43.110 And so we'll just add an lady, OK, and then in between we can have a certain resistor and finally 01:43.110 --> 01:43.580 a ground. 01:43.590 --> 01:46.770 So we'll just search for a ground, we'll just write it down. 01:46.770 --> 01:49.440 To make a connection between this component is very simple. 01:49.540 --> 01:54.690 OK, OK, so you just bring your cursor to one of node. 01:55.650 --> 02:01.820 I will be finding the wire to automatically open, so you just click and then you select another. 02:03.670 --> 02:09.910 OK, so this will make a connection between the components of this computer interconnection and see, 02:09.910 --> 02:14.650 the thing was fine on, so I completed an entire connection with here. 02:16.330 --> 02:22.780 Then to perform a simulation, you can just go in and you can just click on display, but it will be 02:22.790 --> 02:26.740 noticing everything was finally able to see a lighting effects. 02:26.770 --> 02:31.150 So this is how you drag and drop a component unless you make a connection. 02:31.150 --> 02:34.540 That is what is required for us only to delay the component. 02:34.540 --> 02:39.620 You select the component and then you have this trustmark or you can just press delete on your keyboard 02:39.910 --> 02:42.050 that will automatically delete all the components. 02:42.080 --> 02:44.080 So let us know, try to understand the schematic. 02:44.830 --> 02:52.210 So when we see as a logic, so that basically means either Five-fold in a case of a lot of CMOs, we 02:52.210 --> 02:55.390 can have a waiting room to be a three pointer. 02:56.200 --> 02:59.640 So here are two sources of knowledge, five will reach. 03:00.090 --> 03:05.850 So that basically represents even right then we also require a complement. 03:06.370 --> 03:11.050 So I have added to Nargus, which basically represents a button. 03:11.410 --> 03:17.770 OK, so we have a disassociates, which will give us a value of we we have A, B, C, which will give 03:17.770 --> 03:24.470 us a value of B, whereas when we take our connection from this not out, that will be the USA, but 03:24.470 --> 03:25.490 owned by respective. 03:26.170 --> 03:31.290 Now in a case of a don't we have a fixed and connection so they are not programmable. 03:31.330 --> 03:33.960 So at least for and it's OK. 03:34.330 --> 03:38.170 So first and it will give us a combination of A and B. 03:38.240 --> 03:44.320 OK, so we'll be finding one of the connection will be to directly to an aid source and another connection 03:44.320 --> 03:45.380 will be to a belief system. 03:46.060 --> 03:47.860 So this will basically give us A and B. 03:48.900 --> 03:55.890 They are second and collection of will consist of an E and then we haven't VPA. 03:56.130 --> 04:04.050 So this and it will basically give us E to be but then we have Aniba and B and finally we also have 04:04.050 --> 04:04.700 a ba ba ba. 04:04.750 --> 04:11.240 OK, so those are the fixed and connection or a combination that we have when we consider two variables. 04:11.250 --> 04:11.450 Right. 04:12.030 --> 04:20.190 And now we need to have a programmable connection between the binary and order because in a programmable 04:20.460 --> 04:24.480 aurally or a beetle, we have an authentication program. 04:24.660 --> 04:32.640 So noticing that we have utilized our food and put it OK and in between we are equally represented there 04:32.650 --> 04:36.000 with the switches and all this switches can be of reading. 04:36.270 --> 04:41.130 And depending on the switches that you have in place, you have a different technologies and little 04:41.160 --> 04:50.280 switches plays a very crucial role for deciding our manufacturing process for next year. 04:50.280 --> 04:52.250 We have considered a simple connection. 04:52.500 --> 04:59.070 Now in an VLSI, when you keep an aggregate input slotting, it automatically assume a value of a zero. 04:59.310 --> 05:04.880 And if you considered an algate which have a floating in, they automatically assume the value of what. 05:05.070 --> 05:08.380 But this will not happen in this online circuit simulator. 05:08.400 --> 05:14.270 So we need to forcefully sign the value of Seydou if the connection is OK. 05:14.310 --> 05:20.180 So for that reason, since it doesn't consist of a DVD, we have utilize Speedie. 05:20.690 --> 05:23.270 OK, so it have two pools. 05:24.030 --> 05:27.440 OK, this is the connection that we will be making tonight. 05:27.690 --> 05:36.570 So if the switches in this position will be connecting to and an input and if I assume that we do not 05:36.570 --> 05:38.230 want to make a connection to this line. 05:38.430 --> 05:42.720 So in the real scenario, we will be keeping this link floating. 05:43.530 --> 05:49.860 But here, since floating automatically do not represent zero, will just clicking on this option will 05:49.860 --> 05:53.140 just close the switch so that it will automatically be connected. 05:53.550 --> 06:00.520 OK, so just to show you things, how things are working, we'll just perform a simulation right now. 06:00.540 --> 06:05.650 Let's assume that we want one of the linked to be connected to and end. 06:06.210 --> 06:12.930 So in that case, we'll just click on this link so it will automatically be connecting to OK. 06:12.960 --> 06:18.420 And as soon as we have a connection to any, we will be noticing that one of the input of an object 06:18.420 --> 06:19.280 is one. 06:19.290 --> 06:22.030 So we have an already glowing complex. 06:22.200 --> 06:30.060 If we do not want to connect this product on to an input of an, it will just be keeping our position 06:30.060 --> 06:30.990 to this direction. 06:31.210 --> 06:33.000 So it will be automatically connected to. 06:34.460 --> 06:38.040 So by default, all the things are we haven't connected anything. 06:38.310 --> 06:44.370 Now let's assume you want to implement a simple possible four that will give us the date. 06:44.450 --> 06:50.540 So to have a B and since we have all the product that would be required to connect links which consist 06:50.540 --> 06:55.390 of B Andreeva and B, and so B is this link. 06:55.400 --> 06:59.890 So we'll just connect this link and then we have backed be right. 07:00.140 --> 07:06.890 So be any bar is so evar is this one and then we have a B so we'll just take this. 07:07.190 --> 07:13.910 So once we connect this tooling output will now give us like if you want to have a e so the two links 07:13.910 --> 07:18.550 that will be connecting is going to divide and actually B is already done. 07:18.560 --> 07:22.580 We just need to open this link and we just need to close this. 07:23.030 --> 07:24.410 So this will give us an output. 07:24.410 --> 07:27.740 Asani if you want, NSB will keep order link open. 07:27.890 --> 07:30.540 We'll just be getting any we if we want to. 07:30.890 --> 07:34.640 Beeber will be keeping all the links open and we'll just be closing. 07:35.840 --> 07:43.370 So this is how now you can see a C I.C.C. integrated circuit with a programmable links. 07:43.370 --> 07:45.630 We can implement different functionality. 07:45.650 --> 07:46.000 OK. 07:46.070 --> 07:50.830 So if one of the link or there will be multiple argues that at present. 07:50.990 --> 07:57.040 So if you do not want to have an on functionality, you can implement it to have other functionality. 07:57.050 --> 08:00.640 And this is what an advantage that we get with of programmability.