Battery Ignition System Quiz: Electronic Ignition Systems Types

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Questions and Answers

Match the following components with their function in a battery ignition system:

Ignition switch = Used to turn ON or OFF the engine Ignition coil = Step up battery voltage for generating spark Distributor = Distributes high voltage to spark plugs Condenser = Stores electrical charge and releases it at the right moment

Match the following descriptions with the correct type of ignition system:

Uses battery to provide current = Battery ignition system or coil ignition system Breaker-triggered coil-ignition system = Magneto ignition system Simplest version of an ignition system = Battery ignition system or coil ignition system Employs breaker-triggered mechanism = Battery ignition system or coil ignition system

Match the following statements with the correct component in a battery ignition system:

Main part of Ignition System = Ignition coil Connected with the Primary Winding of Ignition Coil = Ignition switch Stores electrical charge = Condenser Generates the spark = Spark plugs

Match the following functions with the correct description in a battery ignition system:

Step up battery voltage for generating spark = Ignition coil Distributes high voltage to spark plugs = Distributor Used to turn ON or OFF the engine = Ignition switch Stores electrical charge and releases it at the right moment = Condenser Signup and view all the answers

Match the following terms with their definition in a battery ignition system:

Ballast resistor = Regulates current flowing to the coil for consistent spark Primary Winding of Ignition Coil = Connected to one end of the ignition switch Secondary Winding of Ignition Coil = Produces high-voltage spark for the spark plugs Contact breaker = Interrupts current flow to create a spark at the spark plugs Signup and view all the answers

Match the following roles with their description in a battery ignition system:

Energizes the ignition coil = Battery Turns ON or OFF the engine = Ignition switch Provides current to the ignition system = Battery Acts as a step-up transformer = Ignition coil Signup and view all the answers

Match the following components with their role in a battery ignition system:

Distributor = Regulates spark in each spark plug at the correct sequence Spark Plug = Generates spark for combustion of fuel or charge Primary Circuit = Comprises battery, primary winding of ignition coil, condenser, contact breaker Secondary Circuit = Comprises winding of ignition coil, distributor, spark plugs Signup and view all the answers

Match the following descriptions with the corresponding part of a battery ignition system:

First circuit of Battery Ignition System = Includes battery, primary winding of ignition coil, condenser, contact breaker Second circuit of Battery Ignition System = Consists of winding of the ignition coil, distributor, spark plugs Contact Breaker = Opens the current flow through the primary winding to induce a magnetic field High Voltage Generation = Occurs in the secondary circuit and reaches 10,000 to 20,000 volts Signup and view all the answers

Match the following actions with their sequence in a battery ignition system operation:

Current Flowing in Battery Ignition System = First flows to the primary circuit through ballast register, then to primary winding, and lastly to contact breaker Magnetic Field Induction = Generated around the primary winding when current flows through it High Voltage Generation Trigger = Occurs when the contact breaker opens causing a sudden fall in current Voltage Value Dependence = Depends on the number of turns in each coil in the ignition system Signup and view all the answers

Match the following components with their functions in the battery ignition system:

Battery = Supplies current to starter motor and ignition system Ignition Switch = Allows distribution of electrical current Starter Motor = Responsible for engine cranking Neutral Safety Switch = Prevents starting the vehicle when in gear Signup and view all the answers

Match the following key switch positions with their functions in the ignition system:

Lock = Position when the key is removed Off = Position when all electrical systems are turned off On/Run = Position where electrical current is distributed Start = Position used for cranking the engine Signup and view all the answers

Match the following statements with the correct description of the electronic ignition system:

Controlled by sensors = Generates electric pulses for high voltage spark Vastly used in aircraft engines, bikes, motorcycles, and cars = Performs similar function as other ignition systems Fully controlled electronically = Utilizes transistors to generate spark Burns lean mixture for better economy and lower emissions = Uses high voltage spark to ignite mixture Signup and view all the answers

Match the following components with their roles in the starting system:

Solenoid = Assists in engaging the starter motor Starter Relay = Controls high current flow to starter motor Inhibitor = Prevents vehicle from starting in gear Starter Motor = Initiates engine cranking Signup and view all the answers

Match the following terms with their functions in the battery ignition system:

High voltage spark = Ignites lean mixture for better economy and lower emissions Starter Relay = Regulates current flow to starter motor Electronic Ignition System = Controls ignition electronically Accessory Neutral Safety Switch = Denies current to starter circuit when not in gear Signup and view all the answers

Match the following items with their roles in providing electrical power in the battery ignition system:

Battery = Supplies electrical current during engine cranking Alternator = Charges battery and supplies current when demand is high Starter Motor = Converts electrical energy into mechanical energy for engine cranking Inhibitor Switch = Prevents starting while in gear Signup and view all the answers

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Study Notes

Ignition Systems

The spark is adjusted to be generated when the piston is near the top dead center.

Types of Ignition Systems

Battery ignition system or coil ignition system
Magneto ignition system
Electronic Ignition System

Battery Ignition System or Coil Ignition System

Consists of battery, ignition switch, ignition coil, distributor, condenser, contact breaker, spark plugs, and Rb.ballast resistor
The conventional coil-ignition system is breaker-triggered
Battery provides current to the ignition system
Ignition switch turns the engine on or off
Ignition coil steps up battery voltage to generate spark
Distributor regulates spark in each spark plug in the correct sequence
Spark plug generates the actual spark for fuel combustion

Construction of Battery Ignition System

Consists of primary and secondary circuits or windings
Primary circuit: battery, primary winding of ignition coil, condenser, and contact breaker
Secondary circuit: secondary winding of ignition coil, distributor, and spark plugs
Voltage depends on the number of turns in each coil

Operation Principles of Ignition System

Current flows through primary circuit, then to primary winding, and lastly to contact breaker
Contact breaker opens, generating a high voltage (10,000 to 20,000 volts) in the primary winding section
High voltage then passes to the distributor

Electronic Ignition System

Fully controlled electronically
Used in aircraft engines, bikes, motorcycles, and cars
Generates high voltage spark that can burn lean mixtures, providing better economy and lower emissions
Components: transistors, sensors, and electric pulses

Starting System

Includes battery, starter motor, solenoid, ignition switch, and starter relay
Components:
- Battery: supplies current to starter motor, ignition system, and acts as electrical reservoir
- Ignition switch: distributes electrical current to where it is needed
- Neutral safety switch: prevents vehicle from starting while in gear

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