Got it.
Yeah. Th that looks like it. 'Kay. So basic remote operation runs as follows , press button makes connection with the power source and the rest of the circuit , chip senses the connection , chip produces a morse code infra-red signal , specific to that button. So you press the button , it produces uh a signal that's encoded specifically for that button. Transistors amplify that signal and it goes to the T_V_'s centre , which interprets the signal response accordingly , changes channel etcetera. So that being said  Next slide , please. Findings oh which were the required materials for the basic internal construction , so all the really simplistic functions that we just discussed , we need rubber for buttons , aluminium for battery y contacts , integrated circuit which consists of a diode , transistor , resonator , resistors , and a capacitator , all those basic things that make a circuit function. Um fibreglass and thin copper wire to create the actual circuit board itself. An L_E_D_ , which is a light emitting diode , um contact discs for the buttons , plastic for the casing , and a power-source , whatever power-source we've actually determined we want. Next slide , please. Thank you. Uh personal preferences , uh to save money for the components , the remote should be mass-produced and basic materials should be bought en masse. Um if we find another company who can produce the required chips , casing , L_E_D_ , any additional materials we decide we require at a less expensive rate than we ourselves are producing , we should go for it.  Next slide , please. Um just talking to the um manufacturing division. They suggested power options , solar cells , hand dynamo , and kinetic power , so you shake it and it increases the power. Um I'm not sure how the hand dynamo works , they have yet to get back to me on that.
Hmm.
So next slide , please.