About The principle of inductive energy storage in the ignition system
As the current increases in the primary winding of the ignition coil, energy is stored both in the primary inductor and in the transformer core.
As the current increases in the primary winding of the ignition coil, energy is stored both in the primary inductor and in the transformer core.
All the components of the ignition system are adapted in terms of their designs and performance data to the demands of the overall system. Generating the ignition spark A magnetic field is built up in the ignition coil when a current flows in the primary circuit. The ignition energy required for ignition is stored in this magnetic field.
The inductive ignition system generates in each power stroke the high voltage required for flash - over and the spark duration required for ignition. The electrical energy drawn from the vehicle electrical system battery is temporarily stored in the ignition coil for this purpose.
An advantage of the capacitor discharge ignition system is that the energy storage and the voltage step up functions are accomplished by separate circuit elements allowing each one to be optimised for its job.
In summary, the transistor-switched inductive ignition system, with its low cost and high reliability, is well suited to providing the low ignition energy sparks required by current spark ignition engines using stoichiometric and low-dilution mixtures.
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6 FAQs about [The principle of inductive energy storage in the ignition system]
How does an inductive ignition system work?
The inductive ignition system generates in each power stroke the high voltage required for flash -over and the spark duration required for ignition. The electrical energy drawn from the vehicle electrical system battery is tem-porarily stored in the ignition coil for this purpose.
What is the inductive discharge ignition system?
Figure 1. The Inductive Discharge Ignition system Before we discuss the IDI in detail, remember that the spark event in the combustion chamber of the gasoline engine is controlled by the ignition system. At the heart of the ignition system is the Ignition Insulated-Gate Bipolar Transistor (Ignition IGBT).
What is a transistor-switched inductive ignition system?
In summary, the transistor-switched inductive ignition system, with its low cost and high reliability, is well suited to providing the low ignition energy sparks required by current spark ignition engines using stoichiometric and low-dilution mixtures.
Are inductive ignition systems better than capacitive discharge systems?
Inductive ignition systems can provide prolonged spark duration; resulting in more reliable and a cleaner burn in modern lean burn engines. Capacitive discharge systems may have advantage in older 4-stroke engines, an engine running beyond its service life, or a cheap 2-stroke engine.
What is the difference between a capacitive and inductive ignition system?
With inductive ignition systems more energy can be delivered to the secondary winding of the coil than in a capacitive ignition system. With the same power supply current draw, up to five times more energy can be delivered to the secondary winding of an inductive coil than to a capacitive coil.
How are alternative spark systems compared to switched inductive systems?
The first comparison is on the basis of ignition characteristics: ignition energy, duration and efficiency. Most of the alternative spark systems have potential for high ignition energy when compared with the switched inductive systems which presently dominate the field.