And presented in Dave's unique non-scripted overly enthusiastic style!
Inside a JVC comsumer camcorder
What design and systems engineering awaits?
I don’t work for a consumer electronics company per se, but we do have cross-functional design teams like you were talking about. Some projects need it more than others, but I (EE) always have at least some work to do with an ME and PCB designer, making sure stuff gets put in the right place, and mfg engineers making sure I don’t put out a design that’s a pain to build.
Is it just me, or does one of the wires on the “stereo” mic FFC have holes in it such that it doesn’t look like it would connect? (about 14:00).
Thanks for the teardown!
It looks to me as pen marks not holes nor copper free FFC.
And by the way, I agree with you that the cross-discipline work can be one of the funner parts of a design. Not always (which way round does this connector go?), but certainly it often adds some nice interest to the process.
The photosensor board is named CMOS-PWB ASSY so that is very likely a CMOS based chip.
That TI DAC would be required anyways – camcorders, including HD ones, still include a boring old SD analog output so you can hook it to a TV to quickly view what’s recorded. They normally output composite video, but some more advanced ones include component video outputs as well.
So you need the DAC anyways, the Sony LCD controller is simply using what’s already there.
It wasn’t all song and dance for the LCD. Chances are it was simply reusing what was there anyways.
I have spotted TMPM395FW in that stuff.
This is a 20MHz ARM Cortex-M3 from Toshiba. According to datasheet it has 128kB flash, 8kB ram and 128 balls.
This is the first M series ARM I have seen in a consumer electronics.