ES2008b: 1000 - 1200 s
FEE030 (B): Uh . Uh .
FEE029 (A): You just press yeah , just click . That'll be fine .
FEE030 (B): So the findings that I got uh very just very briefly is that you have a choice of the way that the information is projected to the receiver and in my opinion infra-red is the best way to do that 'cause you don't need a sight line . So that's one thing we're gonna work on . Um the user interface is critical here , because a lot of the things that happen in a remote control happen through the chip that controls that converts the electrical energy into data , which then goes through the infra-red , so the the chip that uh I think Ian is designing , is gonna be crucial .
FEE030 (B): And really it all comes down to the to the user , because they're the one that's controlling most of the working design . So the components that we find here are the energy source , you know the battery or whatever that's gonna m make it work , then the chip , which converts the data , the user that's controlling the chip , and the infra-red bulb that's gonna let us move the data to the receiver . So you have four main components and they are designed sort of like this . You have your energy source right there which then um brings
FEE030 (B): uh energy or information to the chip , which is also controlled by the users . You have energy going to the user who's controlling the chip ooh 's not what I wanted to do uh uh .
FEE029 (A): Um yeah use that thing [gap] you can go back , previous .
FEE030 (B): Previous .
FEE030 (B): Sorry about that , guys .
FEE029 (A): Pardon .
FEE030 (B): Oh .
FEE029 (A): Oh , well . Okay .
FEE030 (B): No , no , no , no , no . Okay , let's just get back to my schematic here .
FEE029 (A): Ye
FEE029 (A): Double click on it .
FEE029 (A): With the right with the left hand one .
FEE030 (B): W yeah , yeah . I think it's frozen . Here . Don't show me that tip again . There we are . Sorry about this , guys . I'm kind of pathetic with things like this . Um alright . So you have your energy source , your user interface who's controlling the chip , the chip also uses the energy , and the chip through the use of the user interface is gonna control the switch which will work your infra-red bulb , which will then bring the data to the receiver . So hopefully that makes sense for everyone in my kind of garbled way . This is the the parts of the working design that need to be figured out . And personal preferences , besides the fact that I can't spell , we need a long-lasting energy source , people don't wanna be changing it a lot . We need a chip that works well with the user interface , that isn't too complicated .
FEE029 (A): There we are .
FEE029 (A): Mm-hmm .
FEE030 (B): We need a straightforward interface , like Ian was saying , simple , not overwhelming it with information and we need a reliable and clear infra-red signal , so that you're not waving your remote around and having to get frustrated and go do it by hands . So that's pretty much it for the working design .
FEE029 (A): Mm-hmm .
FEE029 (A): Excellent .
FEE029 (A): [gap]
FEE029 (A): So , um .