AV-ELC 汽车基本电气电路设备

AUTOMOTIVE FUNDAMENTAL ELECTRICAL CIRCUITS UNIT - AV-ELC

創新系統

The Automotive Fundamental Electrical Circuits Unit, "AV-ELC", has been designed by EDIBON to study the main electrical circuits found in modern cars, offering a clear and hands-on introduction to contemporary automotive electronics.

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一般說明

The Automotive Fundamental Electrical Circuits Unit, "AV-ELC", has been designed by EDIBON as a practical and intuitive solution for teaching the most common electrical circuits used in today’s vehicles. Its goal is to provide students with a solid understanding of the behavior of key circuit types, enabling them to identify components, measure signals, locate faults, and understand the logic behind automotive electrical systems.

The "AV-ELC" includes a set of circuits grouped by function: power supply circuits, rectifier circuits, resistor and lamp circuits, capacitor circuits, and logic gate circuits. Each circuit is presented individually and in isolation, which facilitates focused analysis. All test points are clearly labeled and accessible via standard 2 mm lab connectors, making the setup safe and easy to use during practice.

One of the most valuable educational features of this unit is the ability to simulate real faults. Using toggle switches, instructors or students can introduce faults into circuit components, allowing for fault diagnosis practice in a safe, controlled environment. This feature is especially useful for developing troubleshooting skills, which are highly valued in technical and vocational training.

The unit comes with a full set of guided practical exercises, allowing students to progress step by step through each circuit. From identifying components to functional analysis and fault investigation, the "AV-ELC" offers a complete introduction to automotive electrical fundamentals.

練習和指導練習

手册中包含的指导实践练习

Power supply circuits:

  1. Waveform study in AC.
  2. Study of DC signals.
  3. Study of faults in the waveform circuit.

Load circuits:

  1. Resistance measurements.
  2. Resistance association.
  3. Voltage divider ratio.
  4. Study of faults in the resistance circuit.
  5. Resistance of a lamp.
  6. Light intensity variation.
  7. Turn signals temporization.

Capacitive elements circuit:

  1. Capacitors measurements.
  2. Capacitors associations.
  3. Study of a low-pass filter.
  4. Study of a high-pass filter.
  5. Frequency response of a low-pass filter.
  6. Frequency response of a high-pass filter.

Rectifier circuit:

  1. Study of the diode function.
  2. Half wave rectifier.
  3. Full wave rectifier.
  4. Study of faults in rectifier circuits.
  5. Full wave rectifier with filter.

Logic gates circuit:

  1. Study the operation with logic gates: NOT, AND, NAND, OR, NOR, XOR and XNOR.

Relay circuit:

  1. Study the relays terminals.
  2. Power supply of a DC relay coil.
  3. Control of a relay with a stroke end.
  4. Study of relay faults.
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与该单位进行更多实际操作

  1. Several other exercises can be done and designed by the user.

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