animaties en simulaties van borstelloze motoren

(Ik ben te lui om mijn eigen tekst te vertalen :-)

Notice, in all cases but the case marked with a '*', that the magnetic field rotates faster than the shaft/rotor.

A very very simplified inrunner animation on this page:

formatting link

A very simplified lrk outrunner animation:

formatting link

Two better inrunner animations, the controller uses sensors but that makesno difference to the motor itself. You can step through the sequence or maximise your window to get the speed down:

formatting link
formatting link

Na het opnieuw wikkelen van cd-rom motoren, kunnen ze gebruikt worden in lichte modelvliegtuigen en -helicopters, het vermogen ligt dan ergens rond

100 Watt. LRK motoren worden in grotere modelvliegtuigen, tot 4kWatt. Deze motoren worden veelal zelf gebouwd, zie de discussiegroup:
formatting link

CD-rom outrunner motor computer *simulation*:

formatting link
Bigger version and colours explained:
formatting link

The cd-rom motor simulation was done with a free magnetic field computation program:

formatting link

LRK outrunner *simulation*, different colours for different magnetic field strength:

formatting link

Waveforms and signals in a brushless controller:

formatting link

Met vriendelijke groet ;-) Ron van Sommeren near Nijmegen, the Netherlands

-- Anti-Spam: my address must be modified.

-- Anti-Spam: my address must be modified.

Reply to
Ron van Sommeren
Loading thread data ...

DANK

"Ron van Sommeren" schreef in bericht news:c4rs9f$2ldg19$ snipped-for-privacy@ID-145619.news.uni-berlin.de...

Reply to
ThE ScReW

Ik ben het vergeten te vermelden, de meesten zullen het wel geconstateerd hebben, maar het betreft DC brushless motoren met permanente magneten.

Groeten, Ron van Sommeren

sequence

in

rond

Deze

field

Reply to
Ron van Sommeren

ElectronDepot website is not affiliated with any of the manufacturers or service providers discussed here. All logos and trade names are the property of their respective owners.