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Electric Vehicle Electronics Trainer
Build the foundational electronics skills students need to understand and troubleshoot electric vehicle systems. The Electric Vehicle Electronics Trainer (730-10) provides hands-on experience with electrical circuits, automotive components, measurement, and electronic fault finding.
The Electric Vehicle Electronics Trainer (730-10) from LJ Create introduces students to the core electronics concepts required to understand and troubleshoot electric vehicles. Beginning with basic electricity using switches and lamps, students can progress into circuit construction, measurement, component operation, and electronic diagnostics using a platform designed specifically for automotive and EV education.
The trainer incorporates authentic automotive-style input, safety, process, and output devices, including a servo motor, automotive fuse, relay, and vehicle-themed power and voltage indicators. A circuit-patching area allows students to build and investigate circuits, while switchable faults provide practical experience in developing electronic troubleshooting skills.
Features
- Automotive-themed components connect electronics theory to vehicle applications.
- Circuit patching area supports hands-on circuit construction.
- 28 mounted components provide a variety of circuit-building options.
- Switchable faults introduce electronic troubleshooting techniques.
- Protected power supplies provide short-circuit and overload protection.
- Experiment card mounting area allows the trainer to expand into additional EV topics.
Basic Electricity
Explore fundamental electrical principles using switches, lamps, and circuit components.
Electronic Circuits
Build and investigate circuits using the integrated patching area and mounted component set.
Automotive Electrical Components
Explore automotive-style input, safety, process, and output devices used within vehicle electrical systems.
Electrical Measurement
Investigate circuit behavior and electrical signals using the trainer’s measurement capabilities and external test equipment.
Electronic Components
Develop familiarity with resistors, capacitors, inductors, sensors, diodes, potentiometers, relays, and other electronic devices.
Electronic Fault Finding
Investigate electronic troubleshooting techniques using switchable faults built into the trainer.
Curriculum & Program Integration
This electronic vehicle trainer aligns with LJ Create’s EV AutoLab program, which pairs an engaging curriculum with hands-on learning.
The curriculum for this learning system includes:
- Hands-on training experiments and activities
- Interactive online curriculum and instructional resources
- Teacher support materials and guided learning content
The compact format makes it easy to use as a standalone automotive learning system or integrate into a larger automotive technology program.
Electric Vehicle Electronics Trainer (730-10) Product Details
Onboard Trainer Components
- Servo motor
- 5A automotive fuse and holder
- Two rocker switches
- Two push-button switches
- Slow- and fast-range clock
- Linear voltage display
- Amplifier and buzzer
- Three-position rotary switch
- 12V 25A SPCO automotive relay
- DPCO relay
- Two LED outputs
- Linear slide variable resistor
- Variable, +5V, and +12V power supplies
- Experiment card mounting area
- Circuit patching area
All onboard power supplies include short-circuit and overload protection.
Component Set
The included component set provides 28 components mounted on durable carriers and two ICs, including:
- 2 toggle switches
- 4 12V lamps
- Resistors: 47Ω, 100Ω, 1kΩ, 4.7kΩ, 10kΩ, 47kΩ, 100kΩ, and 220kΩ
- Capacitors: 1µF, 10µF, and 100µF
- 100mH inductor
- Microphone
- Thermistor
- Phototransistor
- 4 × 1N4001 diodes
- 10kΩ potentiometer
- System Includes
- Electric Vehicle Electronics Trainer
- Component set
- Headphones
- Connection lead set
- Storage case
- Digital curriculum
Requirements
- Dual-trace oscilloscope for some activities
- One or more multimeters for some activities
- 320 Series experiment cards (optional)
Technical Specifications
- Power Requirements: 110–240V, 50–60Hz
Teach Electric and Hybrid Vehicles
LJ Create’s EV & Hybrid AutoLab training solutions provide a comprehensive pathway for teaching electric and hybrid vehicle technology through hands-on trainers, interactive curriculum, and real-world diagnostics. Each trainer in the Hybrid & EV program line can be implemented as an independent training resource to supplement your class or as part of the full LJ Create EV Innovative Lab.
Using LJ Create’s EV and Hybrid learning resources, you can cover everything from electrical fundamentals and high-voltage safety to batteries, motors, charging systems, CAN bus, and complete vehicle systems.
Introducing the LJ Create Electric Vehicle Lab
LJ Create’s EV & Hybrid AutoLab is a complete, scalable training solution that helps schools build modern automotive programs around electric and hybrid vehicle technology. With hands-on trainers, guided curriculum, and multiple levels of instruction, students develop the practical skills needed to safely diagnose, maintain, and understand today’s electrified vehicles.
EV and Hybrid Learning for Every Level
From electrical fundamentals to complete vehicle systems, these automotive training solutions prepare students with the practical skills needed for careers in today’s electrified transportation industry.
EV Electrical and Electronics Fundamentals
Start with the basics by practicing skills students will need as they explore EV concepts. These areas include: circuit protection; conductors, insulators, and earth return; voltage, current, resistance, and power calculations; DC and AC signals; and more!
Complete Vehicle Systems
Teach the operation of complete EV and Hybrid Vehicle systems using desktop panel trainers. Students can “operate” each type of vehicle, measure what is going on during the various modes of operation, and troubleshoot common problems.
Common EV Sub-Systems
Dive deeper into specific EV sub-systems like motors and drives, batteries, and charging systems to teach students who already have the fundamentals down critical EV sub-systems.
