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A Comprehensive Analysis of Multi-Lane MIPI Signal Interference: How to Enhance Transmission Stability with Extremely Thin Coaxial Cables

In high-speed interface design, multi-lane MIPI signals often need to be transmitted simultaneously, which is very common in smartphone camera modules, AR/VR display modules, and industrial camera sys...

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Manufacturing Technology and Structure Analysis of Ultra-thin Coaxial and Micro Coaxial Cable Assemblies

The manufacturing process of ultra-fine coaxial and micro coaxial cable assemblies is a key link for achieving stable high-speed signal transmission and electromagnetic compatibility performance of th...

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High-speed signal loss analysis of extremely fine coaxial cable束

High-speed signal loss in extremely thin coaxial cable bundles is mainly affected by frequency, cable diameter, medium, and port design. By material selection, cable diameter matching, short-distance ...

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Ultra-fine coaxial cable束signal integrity detection and optimization

By means of hierarchical detection and optimization of structure and material, the signal integrity of extremely fine coaxial beam can be fully guaranteed. From basic connectivity to waveform quality,...

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Ultra-fine coaxial cable束impedance analysis: The key to high-speed signal transmission

Common impedance values for extremely thin coaxial cables include 45 ohms, 50 ohms, 60-85 ohms, and 75 ohms. Different impedances are suitable for different scenarios, and there is no absolute superio...

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High-speed transmission core of medical endoscopes: ultra-fine coaxial cable bundle analysis

Medical endoscopes choose extremely fine coaxial cables not only because of their thinness and flexibility, but also because they can provide high-quality and stable signal transmission even in harsh ...

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Extensive Analysis of Ultra-Fine Coaxial Dielectric Materials: Performance and Application Guide

Dielectric materials act as the "heart" of a very thin coaxial cable, and choosing the right material is essential for achieving high-speed, stable signal transmission and extending the lifespan of th...

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I-PEX 20847-020T-01 high-performance ultra-fine coaxial cable analysis

Extremely thin coaxial cable assemblies, especially when paired with high-performance connectors like I-PEX 20847-020T-01, demonstrate irreplaceable value in internal wiring of high-frequency, high-sp...

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EMI control in high-speed signal systems: shielding strategies from harness to connector

By synchronously introducing shielding design at the level of cables, jumpers, and connectors, especially using high-performance EMC connectors with a full-shielding structure at the welding end, it c...

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Micro coaxial and dual-axis connector pin spacing in-depth analysis of signal loss

The pin pitch is a critical physical parameter in the design of micro-coaxial and dual-axis connectors, as it not only limits the outer diameter of the matching cable but also has a profound impact on...

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