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Difference between electrolytic capacitor and ceramic capacitor!!!

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00:00:12.820 00:00:12.830 so basically there are two types of
00:00:15.289 00:00:15.299 capacitor polarised capacitor and non
00:00:17.900 00:00:17.910 polarized capacitor as name suggested
00:00:20.150 00:00:20.160 polarised capacitor has a polarity and
00:00:22.340 00:00:22.350 non phalaris capacitor which has no
00:00:24.500 00:00:24.510 polarities
00:00:25.279 00:00:25.289 so most common type of polarised
00:00:27.170 00:00:27.180 capacitor is electrolytic capacitor and
00:00:29.509 00:00:29.519 the most common type of non polarize
00:00:31.669 00:00:31.679 capacitor is ceramic capacitor so now
00:00:35.060 00:00:35.070 let's start with the difference between
00:00:36.680 00:00:36.690 electrolytic capacitor and ceramic
00:00:39.110 00:00:39.120 capacitor so first parameter is Poland
00:00:42.139 00:00:42.149 as we already discussed electrolytic
00:00:44.630 00:00:44.640 capacitor has polarities and we can
00:00:46.880 00:00:46.890 distinguish the katherine-anne out with
00:00:48.650 00:00:48.660 their tourmalet the small one is cathode
00:00:50.959 00:00:50.969 while the other one is anode which is
00:00:52.850 00:00:52.860 bigger than cathode and if the both
00:00:55.069 00:00:55.079 terminal rate is same then there is a
00:00:56.900 00:00:56.910 down side column of arrows indicating
00:00:58.700 00:00:58.710 the cathode the symbol of electrolytic
00:01:00.860 00:01:00.870 capacitor is shown below ceramic
00:01:03.680 00:01:03.690 capacitor has no polarities so we can
00:01:06.020 00:01:06.030 make any terminal as cathode or anode
00:01:07.760 00:01:07.770 and the symbol for ceramic capacitor is
00:01:10.670 00:01:10.680 also shown let's walk towards the next
00:01:13.789 00:01:13.799 parameter which is capacitance so
00:01:16.039 00:01:16.049 electrolytic capacitance approximately
00:01:18.289 00:01:18.299 ranges from 0.1 micro farad to 2.7
00:01:21.200 00:01:21.210 million and the voltage and capacitance
00:01:23.660 00:01:23.670 value is written on the capacitor
00:01:25.609 00:01:25.619 ceramic capacitors are approximately
00:01:28.190 00:01:28.200 ranges from 0.1 Pico farad two hundred
00:01:30.740 00:01:30.750 micro farad the code where written on it
00:01:33.109 00:01:33.119 so in which the first two digits are
00:01:35.780 00:01:35.790 multiplied to the multiplier and
00:01:37.370 00:01:37.380 obtained value is in Pico farad then we
00:01:40.609 00:01:40.619 go to some more parameters in which
00:01:42.830 00:01:42.840 first one is series equivalent
00:01:44.719 00:01:44.729 resistance so what is series equivalent
00:01:46.910 00:01:46.920 resistance as we all know every
00:01:49.429 00:01:49.439 capacitor is not ideal it has some
00:01:51.830 00:01:51.840 resistance which is in series with
00:01:53.330 00:01:53.340 capacitor that resistance is called as
00:01:56.030 00:01:56.040 series equivalent resistance
00:01:58.230 00:01:58.240 so electrolytic capacitor has high es
00:02:01.230 00:02:01.240 higher value than ceramic capacitor our
00:02:04.020 00:02:04.030 next point is temperature stability as
00:02:06.149 00:02:06.159 temperature changes the capacitance
00:02:08.460 00:02:08.470 value of a capacitor is also changes
00:02:10.889 00:02:10.899 that term is called as a temperature
00:02:12.780 00:02:12.790 stability so electrolytic capacitor has
00:02:15.930 00:02:15.940 low temperature stability while ceramic
00:02:18.270 00:02:18.280 capacitor has good temperature stability
00:02:20.190 00:02:20.200 than electrolytic capacitor the
00:02:23.340 00:02:23.350 tolerance of Phillip unity capacitor is
00:02:25.620 00:02:25.630 high while ceramic capacitor is low the
00:02:28.949 00:02:28.959 lifespan of electrolytic capacitor is
00:02:31.170 00:02:31.180 short while ceramic capacitor is having
00:02:34.080 00:02:34.090 long lifespan so let's talk about
00:02:36.870 00:02:36.880 applications electrolytic capacitor is
00:02:39.720 00:02:39.730 useful in rectifier circuit because it
00:02:42.210 00:02:42.220 deals with DC current and use as filter
00:02:44.759 00:02:44.769 in rectifier circuit they are also good
00:02:47.250 00:02:47.260 in audio frequency amplifiers while
00:02:49.620 00:02:49.630 ceramic capacitor is good for bypassing
00:02:52.259 00:02:52.269 high frequency noise in power lines and
00:02:54.300 00:02:54.310 also paper in high frequency
00:02:56.030 00:02:56.040 applications so guys this is all about
00:02:58.920 00:02:58.930 the difference between the polarised
00:03:00.570 00:03:00.580 capacitor and non polarized capacitor if
00:03:03.000 00:03:03.010 you liked the video then hit the like
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