Overview
The LHP-3000 Electronics laboratory is a comprehensive educational facility designed to provide both theoretical knowledge and practical skills in basic and advanced electronics. It encompasses a wide range of topics from basic electronics to industrial technologies, utilizing cutting-edge didactic software, design, simulation tools, and hands-on assembly of electronic circuits. The modular and flexible training program is continuously updated with innovative solutions, ensuring that students are well-prepared for professional environments.
The LHP-3000 Electronics laboratory is a state-of-the-art educational environment that offers a complete learning experience in both analogue and digital electronics. It includes a wide array of topics, providing a robust foundation for students in:
- Electricity
- Semi-conductors
- Electro-Magnetism
- Power Supplies
- Analog Electronics
- Digital Electronics
- Digital Logic
- Microprocessors
- Programmable Logic
Modular Training Program
The laboratory’s training program is divided into modules, each focusing on specific subjects, making it easier for students to experiment and learn systematically. This modular approach ensures a comprehensive understanding of each topic area.
Laboratory Modules & Equipment
PT 3301AD Analog and Digital Electronics Trainer Kit Basic
This basic trainer kit introduces students to the fundamentals of both analog and digital electronics. It allows hands-on experimentation with circuits, providing a solid foundation in electronic principles.
PT 3301CS Microprocessor & Microcontroller Training System
This advanced training system delves into the intricacies of microprocessors and microcontrollers, equipping students with the skills needed to design and implement complex computing systems.
PT 3000BE Electronics and Electrical Work Bench
A versatile power supply unit for electronics laboratories, offering fixed, stable, and variable AC/DC outputs with high safety terminals. Designed for student lab work, it provides reliable electrical performance and can be customized to meet specific laboratory requirements. Ideal for safe, efficient experiments.
PTS 3903P PIC Microcontroller Trainer
A tabletop development platform designed for hands-on learning with the Microchip 18F4550 MCU. It offers a wide range of onboard interfaces such as LCDs, seven-segment displays, ADC/DAC, and more, enabling students to explore industrial control, hardware/software development, and custom circuit experiments.
PT 4601 FS34 Universal Embedded FPGA trainer
Enables students and designers to prototype FPGA or CPLD-based embedded circuit designs. It supports built-in features, student-developed breadboard circuits, and optional experimental boards. Compatible with Xilinx family CPUs, it’s ideal for rapid prototyping and specific-purpose experimentation in embedded systems development.
PTS 3337 Multifunction Electronics Training System
A multifunctional, portable bench-top tester and trainer with 12 built-in instruments. It connects to a PC via USB for data acquisition, analysis, and replay through provided software. It includes experimental boards, a 2000-point breadboard, and an FPGA development board for versatile electronics training and experimentation.
PT 3402, PT 3402A Digital and Analog Electronics Base
Leads the students into the analog and digital electronics world. The trainer’s design and instrumental facilities allow the performance of a vast number of experiments in electronics. The set includes a trainer base with different facilities and modular experiment plug in boards.
PT 3330RP Raspberry Platform
The experimental set includes the PT 3330 universal trainer base, a Raspberry Pi microcomputer, and a Raspberry Pi 3B with a 7” color touchscreen. This setup allows students to interface with various peripherals for circuit design, programming, and experimentation on the Raspberry Pi platform for hands-on learning and development.
Integration with Technology
The LHP-3000 laboratory integrates interactive software with PC workstations, enhancing the learning experience through simulations and real-time data analysis. This technological integration ensures that students are familiar with the tools and methodologies used in modern professional settings.
Didactic Documentation and Exercises
The laboratory is supported by comprehensive didactic documentation, which is organized by subject and aligned with simulations and experimental exercises. Each module includes:
- Aims and Learning Objectives:
Clearly defined goals for each experiment, outlining the knowledge and skills students are expected to acquire. - Theoretical Background:
Detailed explanations of relevant concepts, supplemented with practical examples to bridge theory and practice. - Tests and Questions:
A variety of assessments to evaluate student understanding and identify areas needing improvement. - Fault Testing:
Exercises designed to develop problem-solving skills by diagnosing and correcting errors in electronic circuits.
Photo Gallery
Conclusion
The LHP-3000 Electronics laboratory provides a comprehensive and technologically advanced training program in electronics. Through its modular structure, hands-on experiments, and integration with modern software, it equips students with the essential skills and knowledge required for their professional careers in electronics and industrial technology. The continual enrichment of the training program with innovative solutions ensures that the laboratory remains at the forefront of educational excellence.