In compositionem de Brushless Motor Controller I. Electronic commutator et radix de Brushless motor cum penicillo motor area non iacet in Brushless motor cum electronic commutator in Mechanica commutator cum electronic commutator in mechanica commutator in penicillo motricium, et modi sunt valde diversis, complexu erat significantly altius. In Brushless Motor Controller, cum sex virtutis Mosfet tubos electronic commutator, eius structuram sicut ostensum est in Figura II. Circa Brushless Motor Phase Brushless in Brushless Motor Phase Burchless ARGENTUM STUDING PONGING PONGING PONGING PONGING SINGULENTUM CUSTING PONGING PONGING PONGING PONGENS ARGENLENTUM MOTOR P. EMENTUM STRIDING C in casu BRASTIDUM C in casu BRUSTUM P. Duo pipe potest simul conduction vel te urere fistula. VI potestate Mosfet tubo secundum certa requisitis tantum conduction per tempus, potest animadverto in Brushless motor A, B, C tribus Phase curvis circum circulatione, commutatione requisitis, integrum apparatus currere bene. In electrica Brushless Motor Controller, sex virtute tubo. Modi et usum trium Tee electrica via. Electricity est omne momentum inter duorum potentia tube electricity simul tres electrica via Tee omni tempore habet tres electrica potestas tubus simul. Nam. Electricity, potestas tubus parari secundum VT1, VT2; VT2 VT3; VT3 VT4; Vt4 VT5; Vt6 VT6; VT6 VT1; VT1, VT2 Electricity Ordinis, Motricium potest currere recte. Tres via Tee electricity, potestas tubus parari ad normam VT1, VT2, VT3; VT2, VT3 VT4; VT3, VT4 VT5; VT4, VT5 VT6; VT5, VT6 VT1; VT6, VT1 VT2; VT1, VT2 est, Ordine Vt3 Electricity, motor potest currere bene. 2。 Power tube levels before driving circuit power tube before driving circuit is used to drive the commutator of the six MOSFET tube, formed three of the six MOSFET tube of the same bridge arm, for the three of the same bridge arm drive circuit is the same, thus level before power tube driving circuit is composed of 3 set into the same structure of the circuit group, 3 is a typical power tube before flooding dynamic circuit diagram, brush Controller nihil sunt tres ita circuitus, incessus tres pontem brachium respectively. III. Una chip microcomputer potestate circa unum chip microomputer potestate Circuit est core pars Brushless Motor Imperium Motor, Motor, Turn Motet, et Output Single MassComputer, et output per unum-chip microcomput Signum, ad imperium in operationem motricium, et una chip microomputer imperium circuitu est cordis Brushless electrica apparatus moderatoris. Microcontroller Pic16f72 est electrica Brushless motor moderatoris principalis imperium chip, placuit ad output driving signo pulsu latitudine et celeritas motricium. Currently in foro de electrica cars ad output signum in voltage in I ~ IV. II V, intus est ex linearibus hall elementum et magneticam corpus, turn mutationes magnetica et output intentione. IV. Celeritate terminus circuitu celeritas terminum circuitu est per partialem pressura resistentia, reducere rursus summum voltage signum in unum chip microcomput In splimt terminum, R67 et R68 Bleeder Circuit, nimirum vertere in humilis signum (SPSIG) in MCU Voltage of V Pedes R34 R36 Circuit initus, R34 R36 Formation ~ C18 , Resistance R34 ~ R36 Formation in potentiale, electrica R34 ~ C18, R34 C16 ~ C16 , R4 C18 filtering effectus, cohibere intercessiones signo. Microcontroller est deprehenditur in XV, XVI, XVII pedibus ex tribus praetorium situ significationibus intus motricium, R72, in Puga, in unum Circuitum, quod est in unum Brushless motor controller does not work, so as to protect the electric pool. 8。 Power circuit in the brushless motor controller, generally need two sets of power supply, one is 14 v power supply for power MOSFET drive, the other is a 5 v power supply, for single chip microcomputer, electric machine, turn the hall hall, etc. 14 v power generally get by the LM317 adjusting tube, generally speaking, 78 l05 get 5 v power supply. IX. Current-limitandi / super-current praesidium circuitu current limiting praesidium est control in Brushless motor controller in maximam terminum opus sub current valorem, quia XXXVI V controller, vena valorem in XIV & Plusmn; I A, XLVIII V Controller pro current terminum valorem in XVII & Plusmn; 1a. Current limitandi praesidium et overload praesidium, actu cum Uphill, onus erit causa gravibus onus, current augetur, sed incrementum current terminum est current terminum valorem.
