Engine Ignition Ratio ad Chery Amulet A15

I Q340B06 Nut - I informibus Hexagon
II 480-1003074 Bulla - aequales longitudo
III A11-3707177 Channel - protegens
IV A11-3707130Ea Cable - High Tensio Distributor
V A11-3707140Ea Cable - High Tensio Distributor
VI A11-3707150Ea Cable - High Tensio Distributor
VII A11-3707160ea Cable - High Tensio Distributor
VIII A11-3707110BABA obrutis Assy - scintilla
IX A11-3705130 bracket - Ignitio coil
X A11-3707171 Support - High Tensio Cable
XI A11-3705120 sensorem - phrase (ignitionem moduli)
XII A11-3705110EA Coil - Ignition
XIII A11-3707173 Support - High Tensio Cable
XIV A11-3724111 cohortis
XV A11-1005120BA Sensor - celeritas gyrationis
XVI A11-3605015Be bracket - ECU
XVII A11-36019be clip - Spring
XVIII A11-Bj360505010Be Engine Imperium Unit
XIX A11-370811 Bulla - Hexagon
XX A11-3724861 bracket - Crankshaft sensorem
XXI A11-3735047 Nullam - ECU
XXII A11-3735049 Nullam
XXIII A11-8CB370405 Colobus Cylinder - Ignition Switch
XXIV A11-8CB6105300 Key - blank
XXV CQ1601075 Bolt - Hexagon Caput
XXVI CQ1611035 Bolt - Hexagon Caput
XXVII CQ2180816 Bolt - interiorem Hexon caput
XXVIII A11-3735051 Nullam
XXIX A11-3735052BA Cessela
XXX a11-3735052bb Relay
XXXI A11-1005203 Bolt - Hexagon caput
XXXII Q1841060 Bolt - Hexagon Flange
XXXIII A11-3708110AD Starter ASSY
XXXIV A11-3708110 Starter ASSY
A11-3707177BA Channel XXXV - protegens

I, quod munus est ad boost in humilis-voltage DC current ad sufficientem altum voltage secundum opus sequentia de engine (ignitionem sequence). Ignite in compressa summus temperatus et summus pressura combustibili mixto per scintilla obturaculum cuiusque cylindri perficere opus processus.
II, quod ignitio ratio consistit de altilium, ignitio switch, ignitio coil, ignitionem imperium moduli, summus intentione filum, scintillam plug, etc.
III, secundum ad imperium modus primae circuit, ignitio ratio dividitur in:
I. Traditional Ignition Ratio Traditional Ignition ratio est maxime composito ex potentia copia (altilium et generans), ignitionem switch, ignitionem, scintillam plug, damping resistentia et altus, scintillam plug, damping resistentia et altus-scintillam plug, damping resistentia et altus, scintillam plug, damping resistentia et altus, scintillam plug, damping resistentia et altus, scintillam plug, damping resistentia et altus-scintillam plug, damping resistentia et altus-scintillam plug, damping resistentia et summus intentione filum. Opus principium: Turn in ignitionem switch et engine incipit currere. Cam de circuitu rotator rotat continuum facere contactum de circuitu Breaker et claudere continue. Cum autem ruptor contactus est clausit, in current de altilium incipit a positivum polus de altilium et influit ad negative polus in altilium per ignitionem per ignitionem, in contactu bracchia et in ignition, in ignition, in ignition, in incendio, in contactu bracchia de ignition, in incendio, in contactus bracchia primaria et ruptor , Contactus et distributor habitationi. Cum autem contactus de circuitu ruptor est pushed apertum per cam, in prima circuitu est interficiam off, in current in primaria cursu ignitionem coil cursim guttae et in ferrum Core et cursim attenuates vel evanescit. Ideo inductus intentione generatur in secunda curva ignitionis organo, quod dicitur secundarium voltage. In current transiens per dicitur secundarium current, et circuitus per quod secundarium current influit dicitur secundarium circuitu. Post contactus Disiunctio, in altiorem declines rate of primaria current, maiorem mutationem rate de magnetica fluxus in core et altior adductus intentione generatae per scintillam plug gap. Cum magnetica fluunt in core de ignitio organo mutationes, altum voltage (mutua inductance voltage) generatur non solum in secundarium curva sed etiam in prima curva. Cum enim contactus est separata et primaria current guttae, in directionem de se adductus current est idem quod de originali primaria current, et ejus voltage est ut princeps ut 300V. It will break through the contact gap and produce strong electric sparks between the contacts, which not only makes the contacts oxidize and ablate rapidly and affects the normal operation of the breaker, but also reduces the change rate of the primary current, the induced voltage in Secundarium curva et scintillam in scintillam obturaculum gap, ut difficile ignire mixtisque. Ut eliminate adversa effectus sui adductus intentione et vena, a capacitor C1 connexa in parallel inter ruptor contactus. In momento contactus separationem, in se induxit current criminibus capacitor, quod potest reducere scintillam inter contactus, accelerate ad attenerientiam primaria current et magnetica fluxum et auget secundarium intentione.
II. Electronic Ignition ratio
III. Microcomputer imperium ignitionem ratio