Category: Blogs
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Principles and Applications of Optical Cable Identification
The efficiency of modern communication network operations heavily depends on precise control over the physical infrastructure. In dense optical cable networks, quickly and accurately…
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Core Components and Functions of Cable Fault Testers Explained
In power system maintenance, the rapid location and repair of cable faults are crucial to ensuring power supply reliability. An efficient and accurate cable…
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How Step Potential Gradient Theory Enables Precise Underground Utility Locating
Abstract In today’s increasingly complex urban subsurface environment, accurately locating underground utilities is critical for infrastructure safety and construction efficiency. The Step Potential Gradient…
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Antenna Feed System: The Critical Transmission Architecture in Microwave Communication
In modern microwave communication networks, how are signals efficiently and stably radiated from the antenna to the remote end and accurately received? The core…
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How Ethernet Testers Work: A View from Electrical Signals to Network Performance
Ethernet testers are indispensable tools for the research, development, production, and maintenance of high-quality network infrastructure. For engineers, a deep understanding of their operating…
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Swept-Tuned vs. Fast Fourier Transform: Spectrum Analyzer Working Principles
Understanding the spectrum analyzer principle is fundamental for RF engineers, system designers, and test & measurement professionals. A spectrum analyzer converts time-domain signals into…
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Total Internal Reflection: The Optical Foundation of Fiber Transmission
Core Physical Principle and Engineering Analysis The entire field of fiber optic communication is built upon a fundamental optical phenomenon: Total Internal Reflection (TIR).…
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How Cable Blowing Machine Enhances Fiber Optic Construction Efficiency
In the arena of fiber optic network deployment, speed and quality are the core determinants of a project’s success. For many construction project managers,…
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Complete Breakdown of Fiber Fusion Splicer Structure
The Fiber Fusion Splicer is a core device in optical communication engineering, and its performance directly impacts the quality and efficiency of fiber splicing.…
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Optical Cable Identifier (OCID): A Practical Guide to Non-Destructive Fiber Identification
In optical communication projects, one task consistently causes trouble for field engineers: identifying the correct optical cable among dozens—or even hundreds—of similar-looking fibers. During…