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Analog Digital Motor Control Learning System
Introduce students to motor control, feedback systems, and PID control through hands-on experimentation and data analysis. Analog Digital Motor Control Learning System (207-00) allows learners to investigate how modern control systems regulate speed, position, and system response in industrial applications.
This controls-learning system can be implemented as part of LJ Create’s Mechatronics program or Engineering program, or as a standalone hands-on learning resource for your classroom.
The Analog and Digital Motor Control learning system (207-00) provides students with a comprehensive introduction to control systems engineering through hands-on investigations of DC motor control and feedback systems. Using both analog and digital control methods, learners explore how speed, position, and system stability are managed in modern automation and industrial environments.
This trainer combines real hardware with graphical software tools to visualize system performance and analyze control behavior. Students gain practical experience with PID control, system response, and digital interfacing while developing skills used throughout robotics and automation industries.
Features
- Real DC motor system demonstrates control principles.
- Graphical software tools visualize system performance.
- Incremental and absolute encoders reinforce feedback concepts.
- PID control experiments support advanced learning.
- Digital interfacing introduces modern automation systems.
- Hands-on investigations build analytical skills.
Using the Analog and Digital Motor Control Teaching Set, students can develop skills in:
Motor Control Systems
Understand how speed and position are controlled in electromechanical systems.
PID Control
Investigate proportional, integral, and derivative control methods.
Feedback Systems
Explore how sensors and encoders provide system feedback.
System Response Analysis
Analyze transient, steady-state, time, and frequency response.
Digital and Analog Interfacing
Learn how computers communicate with control systems.
Control System Stability
Evaluate how different control strategies affect system performance.
Curriculum & Program Integration
This trainer aligns with LJ Create’s Mechatronics and Engineering programs, where they’ve paired engaging curriculum and 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
LJ Create trainers can be implemented as standalone learning systems or combined into larger pathway-based programs to support technical education initiatives.
Analogue and Digital Motor Control Teaching Set (207-00) Product Details
System Includes:
- DC motor control module (207-15)
- Command potentiometer module (207-03)
- PID controller module (207-04)
- Input/output interface module (207-02)
- Power supply (207-40)
- Connection lead set (207-05)
- Curriculum manuals in PDF format
Control System Features:
- DC motor with speed and position control
- Incremental encoder feedback
- Absolute (Gray) encoder feedback
- PWM (Pulse Width Modulation) control
- Analog tachogenerator feedback
- Potentiometer position feedback
- Analog-to-digital computer interface
Software Capabilities:
- Graphical visualization of control system performance
- Data capture and analysis tools
- Servo system simulation
- Process plant simulation
- System parameter measurement
- Step, ramp, and frequency response testing
Requirements:
- Computer with USB connectivity
Technical Specifications:
- Power Requirements: 110–240 V, 50–60 Hz
- Includes software and curriculum resources
Prepare Students for Careers in Mechatronics and Engineering
LJ Create’s Mechatronics and Engineering programs prepare students for careers in automation, advanced manufacturing, and engineering by combining hands-on learning with interactive eLearning. Students learn key technical concepts and immediately apply them through practical activities, reinforcing understanding and increasing engagement.
These programs can be implemented as complete classroom solutions or used to supplement existing curriculum and fill specific instructional gaps.
Mechatronics for Every Level
Designed for STEM and technical education programs, LJ Create’s Engineering & Manufacturing solutions combine hands-on experimentation with digital curriculum to support scalable engineering and manufacturing education. Programs can be implemented individually or as part of larger career pathway initiatives.
Foundational Mechatronics
Introduce students to mechatronics through short, project-based courses that explore basic mechatronics principles, including: Engineering Design, Mechatronic Systems, Computer Science, Electrical Technology, and Robotics.
Foundational Mechatronics
For students with some mechatronics and engineering background, they can explore: engineering principles, mechanical systems, fluid power, electrical and electronics, and PLCs.
Advanced Mechatronics
Students can begin to specialize and lead towards industry certifications. They’ll start with the Advanced Mechatronics Core before choosing their pathway of: Industrial PLC Systems, Control and instrumentation, System-Based Electronics (ETA), or MSSC CPT Prep.
Over 1,200 Lessons in Mechatronics
Students can complete a variety of open-ended projects to test and explore their knowledge. With over 1,200 lessons for just mechatronics topics alone, LJ Create’s extensive library has something to build skills in:
Engineering Design
Fluid Power
Programming
Mechanical systems
Electronic Systems
Robotics and Automation
Control & Instrumentation
Interpersonal Skills
Creativity
Project Managment
Marketing & Fiance
Mathematics
Language skills
Applied Science
Critical thinking
Industrial Controls & PLCS
Engineering Pathways
Blend theory and hands-on learning to create better engineers. Implement ready-to-go, complete courses with core learning systems focused on:
- Engineering and Manufacturing Control Systems
- Electrical and Electronic Principles
- Working within the Engineering and Manufacturing Sectors
- Mechatronics
- Essential Science for Engineering and Manufacturing
Career Pathways
Each course provides college and career readiness instruction for Mechatronics pathways like:
Research, Design and Technology
Electronics
Engineering Managment
Transportation, Distribution and Logistics
Information Technology
Mechanical and Fluid Power
Industrial Control and PLCs
Learn more about the Mechatronics and Engineering Resources
LJ Create’s Mechatronics Program is available in three progressive levels, helping students build skills in mechanical, electrical, fluid power, and control systems.
Through LJ Create’s online portal, students access:
- Theory presentations
- Guided investigations and hands-on activities
- Assessments and knowledge checks
- Instructor resources
Programs can be implemented as complete pathways or used as standalone trainers to support full-class instruction, lab activities, or station rotations.
LJ Create’s Engineering & Manufacturing Program introduces students to engineering design, manufacturing, and automation through hands-on, project-based learning.
Each course includes:
- Interactive theory presentations
- Guided activities and investigations
- Assessments and knowledge checks
- Instructor resources
Flexible implementation allows schools to use complete pathways or individual trainers for classroom instruction, labs, or supplemental STEM learning.
More Complete Programs
LJ Create has a variety of different program areas, including mechatronics, industry 4.0, engineering, automotive, and more!
