• views: 90
• date: 3 October 2026
• posted by: DrZero

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• views: 125
• date: 3 October 2026
• posted by: 0nelove

CISPR 14-2: Complete Guide to EM Immunity Testing
Published 10/2026
MP4 | Video: h264, 3840x2160 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 3h 22m | Size: 8.24 GB

Master CISPR 14-2 requirements, EMC immunity test methods, laboratory procedures, performance criteria, and compliance

What you'll learn
Understand the scope, objectives, and applicability of CISPR 14-2 for electromagnetic compatibility (EMC) immunity requirement applicable to household appliance
Identify and interpret the applicable immunity test requirements, performance criteria, and compliance principles specified in CISPR 14-2.
Understand and perform electrostatic discharge (ESD), radiated electromagnetic field, electrical fast transient (EFT), surge, conducted RF, and voltage dip and
Learn the fundamentals of EMC immunity test setup, instrumentation, test configurations, calibration, and laboratory measurement practices.

Requirements
No prior experience in EMC testing or CISPR standards is mandatory. This course is designed for beginners, students, engineers, and professionals who want to develop their knowledge of electromagnetic compatibility (EMC) immunity testing.

Description
"This course contains the use of artificial intelligence."

Welcome to the comprehensive course onCISPR 14-2: Electromagnetic Compatibility (EMC) – Immunity Requirements for Household Appliances, Electric Tools and Similar Apparatus.

This course is designed to provide learners with a structured understanding of EMC immunity principles, applicable test requirements, laboratory test methods, performance criteria, and compliance assessment according to CISPR 14-2.

Electromagnetic immunity is an essential aspect of product reliability, ensuring that electrical and electronic appliances can operate as intended when exposed to electromagnetic disturbances. Understanding these requirements is important for engineers, EMC testing professionals, product designers, quality assurance teams, and laboratory personnel involved in product development, testing, and certification.

Throughout this course, learners will explore the fundamentals of electromagnetic compatibility, immunity test principles, test equipment, laboratory configurations, test procedures, result evaluation, and technical documentation.

What You Will Learn

- Introduction to EMC and the scope of CISPR 14-2.

- Understanding immunity requirements for household appliances and electric tools.

- Classification of electromagnetic disturbances and immunity test principles.

- Electrostatic Discharge (ESD) immunity testing.

- Radiated Radio Frequency (RF) electromagnetic field immunity testing.

- Electrical Fast Transient/Burst (EFT) immunity testing.

- Surge immunity testing.

- Conducted RF immunity testing.

- Voltage dips, short interruptions, and voltage variation testing.

- Understanding performance criteria and equipment behavior during testing.

- EMC laboratory test setup, instrumentation, and measurement practices.

- Test result interpretation, troubleshooting, and compliance evaluation.

- Preparation of EMC immunity test reports and technical documentation.

Who Should Enroll?

This course is suitable for electrical and electronics engineers, EMC/EMI test engineers, laboratory professionals, product design engineers, quality assurance engineers, compliance engineers, engineering students, research scholars, and professionals working in electrical appliance manufacturing and product certification.

It is also valuable for beginners who want to establish a strong foundation in EMC immunity testing and understand how CISPR 14-2 requirements are applied in practical laboratory environments.

Course Benefits

By completing this course, learners will develop a systematic understanding of CISPR 14-2 immunity testing concepts, test methodologies, laboratory practices, performance assessment, and compliance documentation. The knowledge gained can support professional development in EMC testing, product validation, quality assurance, and regulatory compliance activities.

No prior expertise in CISPR 14-2 is required. A basic understanding of electrical and electronic engineering is helpful but not mandatory.

Join this course and strengthen your technical knowledge of EMC immunity testing, product performance evaluation, and CISPR 14-2 compliance practices.
Who this course is for
The course is suitable for professionals working in EMC testing laboratories, manufacturing industries, product certification organizations, and research and development departments who wish to strengthen their practical understanding of EMC immunity testing. No prior expertise in CISPR 14-2 is required. Anyone interested in learning EMC immunity testing fundamentals and their application to household appliances and similar equipment is welcome to join.

Homepage

https://www.udemy.com/course/cispr-14-2-complete-guide-to-em-immunity-testing/

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• views: 252
• date: 3 October 2026
• posted by: 0nelove

Electromagnetic Compatibility in Power Systems CISPR TR 18-1
Published 10/2026
MP4 | Video: h264, 3840x2160 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 5h 52m| Size: 13.33 GB

Learn the Fundamentals of Radio Interference, Corona Phenomena, and CISPR TR 18-1:2017 for Electrical Engineers.

What you'll learn
Understand the fundamentals of radio noise and electromagnetic interference associated with high-voltage overhead transmission lines.
Explain the relationship between corona phenomena and radio noise generation in high-voltage AC and DC power systems.
Identify the major factors influencing radio noise levels, including transmission-line voltage, conductor configuration, weather conditions, measurement distanc
Understand radio noise measurement principles and attenuation characteristics discussed in CISPR TR 18-1:2017.

Requirements
No prior knowledge of CISPR standards or radio noise measurement is required. No specialized laboratory equipment, testing instruments, or engineering software is necessary. The course introduces the technical concepts progressively, making it suitable for beginners as well as working professionals who wish to strengthen their knowledge. Whether you are a student, graduate engineer, or experienced electrical professional, you are welcome to join this course and begin your learning journey.

Description
"This course contains the use of artificial intelligence."

Radio noise generated by overhead power lines is an important topic in electromagnetic compatibility (EMC) and high-voltage power engineering. Understanding its sources, characteristics, measurement principles, and technical background is essential for electrical engineers, power system professionals, and anyone interested in electromagnetic interference associated with transmission lines.

This course introduces the engineering foundations ofCISPR TR 18-1:2017 – Radio Noise from Overhead Power Lines, with a focus on the technical research, concepts, and developments that form the background of this subject.

Throughout the course, you will explore how radio noise is associated with overhead power lines, the role of corona discharge, and the influence of operating conditions and transmission system characteristics. The course also introduces the technical considerations associated with AC and DC transmission systems, measurement concepts, attenuation, and the interpretation of engineering research.

You will examine the progression of technical literature, historical research findings, voltage-related considerations, and the development of calculation methods and industry practices referenced in the course material. These topics will help you understand how research contributes to the engineering assessment of radio noise from overhead lines.

What You Will Learn

By the end of this course, you will be able to understand the fundamentals of radio noise from overhead power lines, explain the relationship between corona and electromagnetic interference, identify important factors affecting radio noise, understand measurement and attenuation concepts, and recognize the technical background of CISPR TR 18-1:2017.

The course also provides an introduction to the relevance of radio noise in power transmission engineering and electromagnetic compatibility.

Who Should Enroll?

This course is intended for electrical engineering students, graduate engineers, power system engineers, high-voltage engineers, transmission and distribution professionals, testing and laboratory engineers, utility personnel, researchers, and professionals interested in EMC and power system standards.

A basic understanding of electrical engineering is helpful, but prior experience with CISPR standards is not required.

Why Take This Course?

Rather than simply presenting technical terminology, this course aims to build a clear understanding of the engineering concepts and research background behind radio noise from overhead power lines.

Whether you are a student building your technical foundation or a working professional expanding your knowledge of power system electromagnetic compatibility, this course will help you develop a structured understanding of the subject.

Enroll now and begin exploring the engineering foundations of radio noise from overhead power lines and CISPR TR 18-1:2017.
Who this course is for
This course is suitable for both beginners and working professionals. Prior experience with CISPR standards or radio noise testing is not mandatory. If you are interested in electrical engineering, high-voltage power systems, electromagnetic compatibility, or technical standards, this course is for you!

Homepage

https://www.udemy.com/course/electromagnetic-compatibility-in-power-systems-cispr-tr-18-1/

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• views: 127
• date: 3 October 2026
• posted by: 0nelove

Production RAG with LangChain: Beginner to Advanced
Published 10/2026
Created by HeadEasy Labs
MP4 | Video: h264, 3840x2160 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 25 Lectures ( 4h 59m ) | Size: 3.3 GB

End-to-end production pipelines using LangChain, Vector Databases, Advanced Retrievers, and Re-ranking strategies

What you'll learn
⚡ Advanced RAG
⚡ Generate vector embeddings and manage vector database stores
⚡ Deploy similarity-based, threshold-based, and advanced retrievers
⚡ Connect your RAG pipelines to interactive frontend applications

Requirements
❗ Basic proficiency in Python programming.

Description
Welcome toProduction RAG with LangChain: Beginner to Advanced, your step-by-step masterclass for building high-performance, real-world AI applications powered by Retrieval-Augmented Generation (RAG).

LLMs are powerful, but they often struggle with hallucination, context limits, and accessing private data. This course equips you with the tools to solve these challenges usingLangChain—the industry-standard framework for building context-aware AI systems.

What You Will Learn

✨RAG Fundamentals: Understand what RAG is, why it is critical for enterprise LLM apps, and how the core architecture components interact.

✨Document Processing & Chunking Strategies: Solve the "context window" and "lost in the middle" problems using document loaders, custom text splitters, and optimal chunking strategies.

✨Vector Databases & Vector Search: Master vector embeddings, vector databases, and the underlying mechanics of vector search algorithms.

✨Advanced Retrieval Techniques: Move beyond basic keyword searches with similarity-based retrievers, threshold-based retrievers, and custom advanced retrieval workflows.

✨Re-Ranking for Accuracy: Implement advanced re-ranking strategies to ensure your model always gets the most relevant context.

✨Full-Stack End-to-End Hands-On Project: Build a complete RAG system from scratch—from document loading, chunking, and vector database initialization, to setting up advanced retrieval, context preparation, and constructing a frontend UI.

What You'll Learn (Key Takeaways)

✨ Build end-to-end production-ready RAG applications using LangChain.

✨ Implement document loading, text splitting, and custom chunking strategies.

✨ Generate vector embeddings and manage vector database stores.

✨ Deploy similarity-based, threshold-based, and advanced retrievers.

✨ Apply re-ranking techniques to optimize context precision and reduce LLM hallucinations.

✨ Connect your RAG pipelines to interactive frontend applications.

Prerequisites / Requirements

✨ Basic proficiency in Python programming.

✨ Familiarity with general AI/LLM concepts is helpful, but no prior experience with RAG or LangChain is required.

Who this course is for
⭐ Software Engineers & Developers looking to specialize in Generative AI systems.
⭐ Data Scientists & AI Practitioners wanting to build robust, retrieval-grounded LLM workflows
⭐ Tech Enthusiasts & Students eager to transition from beginner AI concepts to advanced, production-grade applications

Homepage

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• views: 118
• date: 3 October 2026
• posted by: 0nelove

Troubleshooting Hardware and Devices in Windows 11
Released 10/2026
By Mike Halsey
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Advanced | Genre: eLearning | Language: English + subtitle | Duration: 1h 6m 40s | Size: 163.4 MB

IT teams often operate reactively, spending too much time firefighting instead of improving systems and processes.

IT teams often operate reactively, spending too much time firefighting instead of improving systems and processes. In this course, Troubleshooting Hardware and Devices in Windows 11, you'll gain the ability to manage and troubleshoot any type of hardware and driver problems in Windows 11. First, you'll explore what types of hardware and firmware problems can occur. Next, you'll discover how to manage devices and identify unknown hardware. Finally, you'll learn how to manage Windows 11 running on older, incompatible Windows 10 PCs. When you're finished with this course, you'll have the skills and knowledge of hardware and driver troubleshooting needed to troubleshoot and repair any type of hardware or driver problem.

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