00:00 Chandrayaan 3 has made the electronic components of the milk used in the mission
00:03 by the Nagasahi Prussian Engineering Institution based in Hyderabad.
00:07 The components are said to be attached to the mission without moving during the landing.
00:12 Each component is said to be made by working for 30 hours.
00:16 Chandrayaan 1 to Chandrayaan 3 are said to have made the components and given.
00:21 For this, we will get more information from Sharif.
00:26 Many people have doubts about the power supply.
00:33 We can check the contact with the institution if they have given the contact details.
00:41 All these are said to be components.
00:45 The cells are also said to be attached to the mission.
00:53 The batteries are also said to be attached to the mission.
00:57 The components are said to be useful without any disturbance.
01:03 The director BN Reddy is the chief of this institution.
01:10 He has designed the power components for Chandrayaan 2.
01:15 He has designed the components for Chandrayaan 2.
01:25 Let us talk about the components.
01:31 How did you get the tender from ISRO?
01:38 We got the tender from ISRO.
01:45 We got the opportunity to make this.
01:49 ISRO sends me the model.
01:55 They send the model directly.
01:57 How does the model look like?
01:59 It comes in a camera.
02:02 I tell the dimensions and the raw material size.
02:09 I will put the raw material in the operator.
02:14 They put it in the machine and clamp it.
02:18 They do all the work.
02:22 The design is designed by ISRO.
02:27 They send it to us and we order the raw material size.
02:32 We will get it.
02:34 We will proceed with the work.
02:36 Suppose the cells are located here.
02:39 If the cells are located here,
02:41 it is not 0.1, it is 0.01.
02:45 It is 10 millimicrons.
02:47 If it is 10 millimicrons,
02:49 if it is closed, the battery will not work.
02:51 If it is open, the battery will not work.
02:53 It should be maintained at that distance.
02:55 We do all the work and send it.
02:58 If there is a small difficulty, we accept it.
03:01 The job that is done in our hands is worth Rs. 10.
03:06 We are very happy.
03:10 This is in a model.
03:12 This is in a model.
03:14 How many units do you need to use such components in a satellite?
03:18 To use such components in a satellite,
03:20 we need 20 of these.
03:23 This model is 20.
03:26 We need 20 models of each type.
03:30 I joined in 2014.
03:33 I worked on Chandrayaan 2.
03:36 I was working on it before that.
03:38 I was working on it from 50 satellites.
03:41 I was working on 50 satellites.
03:45 I had a project called Gaganyaan.
03:47 I had a project called Suridu.
03:53 How is the monitoring?
03:55 Is there close monitoring?
03:56 What is the material used in this?
03:58 The material used in this is aluminum.
04:00 There are types of aluminum.
04:02 They tell us about those types.
04:04 Astro scientists tell us.
04:06 When aluminum comes, tests are done.
04:08 We have tests.
04:10 We proceed when the tests are done.
04:12 Chandrayaan 2 and Chandrayaan 3
04:15 How long did it take to prepare all these components?
04:19 Suppose this is there.
04:21 We need 20 pieces.
04:24 We need 20 pieces.
04:25 It takes 30 hours to complete.
04:28 If we put it in a machine and turn it on, it won't work.
04:30 We have to set it up.
04:32 We have to put it like this.
04:33 We have to put it like this and take it out.
04:34 We have to turn it like this and take it out.
04:36 We have to take it out.
04:37 It is like a raw material block.
04:38 It is like a raw material block.
04:40 We have to design all these holes.
04:44 These are used for Chandrayaan 2.
04:45 These are used for Chandrayaan 2.
04:47 These are used for Chandrayaan 3.
04:48 These three are used for Chandrayaan 3.
04:52 It took me a month to make these three.
04:56 Power units for Chandrayaan 3 are made by a company based in Hyderabad.
05:04 They are very happy.
05:08 They are proud that we sent the satellite from here.
05:13 of the country.
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