1 Reverse Engineering the iPod Nano 6 LCD interface
First episode of Mike's series reverse engineering an iPod nano display, usually linked to show how much work driving a proprietary screen really takes.
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First episode of Mike's series reverse engineering an iPod nano display, usually linked to show how much work driving a proprietary screen really takes.
Builds a cheap high-power dummy load from enamelled copper wire submerged in a bucket of water; people have copied it for battery and supply testing.
A teardown and analysis of a cheap USB power supply, cited when people ask how to test chargers and whether bargain units are safe.
Measures how much adding solder to high-current PCB tracks lowers resistance, finding about 30 per cent; cited alongside Dave Jones's similar test in track-width discussions.
Pointed to when someone asks about wiring a phone camera to a microcontroller, as a realistic look at the work and hardware involved.
Mike of mikeselectricstuff shares practical tips for fast hand SMD assembly, including taping component strips to the bench; credited with improving people's assembly speed.
A mikeselectricstuff video on ordering ordinary circuit boards to act as neat front panels, suggested as the cure for rough hand-cut project cases.
Shows a QFN package being soldered with only an iron by heating the board from the underside, offered as an alternative when no hot air station is available.
Mike's multi-part series reverse engineering an iPod nano display, praised as a thorough practical lesson in working out unknown screen interfaces.
Hidden gemA spectrum analyser teardown linked for one memorable section where unusual RF construction baffles even the presenter.
Explains how LED filament bulbs work, with one viewer warning that some such bulbs flicker noticeably.
Linked as an example of Sharp memory LCD modules, offered as a low-power alternative to e-ink, though one commenter suspects they never caught on.