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Medical imaging systems are the eyes of diagnosis in modern healthcare, ranging from ultrasound to endoscopy, ICE (Intracardiac Echocardiography) to IVUS (Intravascular Ultrasound). The medical cable is perhaps the unsung hero in the world of sensors...
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The demand for high-density electronic packaging is increasing rapidly, due to the high rate of development of medical diagnostics and minimally invasive surgery. Devices such as ultrasound probes, endoscopes, and intravascular catheters must accommo...
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As the medical diagnostics world continuously evolves, high-frequency signal integrity is critical to image clarity and diagnostic accuracy. Intracardiac echocardiography (ICE), which relies on high-frequency ultrasound signals and low-loss sign...
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Learn how AWG affects micro coaxial cable size, resistance, flexibility and signal performance, and how engineers can select 40AWG, 42AWG, 44AWG or 46AWG cable for different applications.
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Learn how to choose insulation for ultra-fine electronic wire, comparing fluoropolymer and alternative materials for electrical performance, flexibility, processing and OEM requirements.
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Learn how cable assembly tolerances affect OEM device integration, including cable length, connector position, pin alignment, outer diameter, bend radius and assembly dimensions.
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Learn how micro coaxial cable assemblies support high-density camera and imaging systems, including space constraints, signal integrity, connector density, flexibility and custom OEM requirements.
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Learn the difference between cable assemblies and wire harnesses, including their structures, applications, customization requirements, and how OEMs can choose the right solution.
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Learn when OEM projects need low-loss high-frequency coaxial cable assemblies and what to consider when selecting cable construction, impedance, connectors, shielding and testing.
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Learn the key design controls for consistent RF performance in high-frequency coaxial cables, including conductor geometry, dielectric structure, shielding, impedance and manufacturing consistency.
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Learn how RF coaxial cable assemblies control impedance and signal loss for high-frequency applications, including cable geometry, dielectric materials, shielding, connectors and testing.
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Learn how material selection and strain relief affect RF coaxial cable assembly durability, flexibility and long-term performance in demanding applications.
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