Jeppesen's training guide to teach the A&P student the fundamentals of understanding and repairing aircraft electrical systems. Includes single and twin engine applications and study questions with each chapter. Assumes a basic knowledge of electrical fundamentals.
We recommend this book for those needing to repair or service an existing electrical system, and Aero Electric connection if you are building or designing one from scratch
Preface Introduction
A. Electrical Distribution Chapter 1 -
Single Engine Electrical System .
A. Battery Control Circuit Block
B. Battery Control Circuit Wiring
C. Battery Control and Starter Control
Circuit D. Generator Control
Circuit Chapter 2 - Single Engine Power Distribution System
A. Operation
B. Split Busbars Chapter 3 - Single Engine
Secondary Power Supplies A. DC Current
to AC Current B. Rotary
Inverter C. Inverter
Outputs D. How Inverters
Operate Chapter 4 - Single Engine Wiring Consid. for
Power and Distribution Circuits
A. Wiring Considerations B. Wire
Sizes Chapter 5 - Single Engine Auxiliary Power Systems
A. Auxiliary Power
Supply Systems B. System
Operation C. Relay Controlled Auxiliary
Power System Chapter 6 - Single Engine Automotive Style
Alternator Systems A. System
Description B. Alternator
Operation Chapter 7 - Cessna Single Engine Electrical Power
Systems A. Battery
Locations and Capacity B. Battery and
Alternator or Generator Master Switches
C. Generator Locations (Model to 1963)
D. Alternator Locations E.
Voltage Regulator Locations F. Relays
and Contactors G. Actual Aircraft Wiring
Routing and Identification Chapter 8 - Twin Engine
Electrical Systems A.
Operation Chapter 9 - Twin Engine Battery Control Circuit
A. Operation B.
Typical Piper Aztec "C" Battery Control
Circuit C. Basic External Power
System D. Relay Controlled external
Power System --Later Model Aircraft E.
Emergency Busbars Chapter 10 - Twin Engine Starter Control
Systems A. Operation Chapter 11 - Twin
Engine Generator Control and Load Sharing
A. Electromechanical Regulator B.
Carbon Pile Voltage Regulator principles
C. Generator Control and Load Equalizing (Carbon
Pile) D. Generator Balancing and
Adjustment Chapter 12 - Twin Engine Principles of Reverse
Current Relays A. Design
Considerations B. Switched Reverse
Current Relay Circuit C. Differential
Reverse Current Relay Chapter 13 - Twin Engine Alternator
Sys. Using Main and Auxiliary Regulators
A. Operation B. Typical Twin
Engine Electrical Alternator System C.
Alternator Control System Individual Regulators Chapter 14
- Twin Engine Internal Lighting Systems
A. Early Model Instrument Panel Light
Circuit B. Early Model Interior Lights
Circuit C. Transistor Dimming
Control D. The Transistor
E. Transistorized Dimming System of a
Cessna 310 F. Cabin Lighting
System Chapter 15 - Twin Engine External Lighting Systems
A. Position or Navigation
Lights B. Steady State Navigation Light
Circuit C. Steady and Optional Flasher
Navigation Light Circuit D. Landing and
Taxi Lights E. Retractable Landing and
Taxi Lamp Circuit F. Rotating Beacon
(Red) G. Strobe Lights Chapter 16 -
Twin Engine Landing Gear Control and Indication Systems
A. Types of Gear Position Indicating
Systems B. Gear Position Indicating
System Chapter 17 - Twin Engine Flap Control System
A.
Operation Chapter 18 - Twin Engine Fuel Booster Pump
Circuits A. Operation of a
Simple Booster Pump Circuit B.
Functional Description of the System in Fig. 2-45 Chapter
19 - Troubleshooting
A. Steps in Troubleshooting Techniques
B. General Troubleshooting of Distribution
Circuits C. Troubleshooting Distribution
Circuits with A.V.O.M. D. Fault
Diagnosis Power Generation and Battery Control System
E. Troubleshooting on the Battery
Control System F. Troubleshooting the
Alternator G. Troubleshooting DC
Generator Systems Glossary
Answers to Review Questions
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