HRS FX15S-51P-0.5SD Analysis: High-speed connection solution for extremely thin coaxial cable束

As electronic devices continue to evolve towards thinness and high speed, the importance of micro high-speed interconnection technology becomes increasingly prominent. The extremely thin coaxial cable (micro coaxial cable) is widely used in medical equipment, mobile terminals, and industrial automation fields due to its excellent high-frequency performance and flexible structure. Connectors, as a key link in the signal transmission chain, directly affect the overall stability of the system.

This article will introduce the core features of the HRS (Hirose Electric) FX15S-51P-0.5SD connector, and analyze how to systematically judge the durability of ultra-thin coaxial cable assemblies.

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HRS FX15S-51P-0.5SD Connector Introduction and Application Analysis

HRS FX15S-51P-0.5SD is a multi-purpose connector designed for high-density, high-speed signal applications, featuring a miniaturized design and excellent electrical performance. This model has 51 pins with a pitch of 0.5mm, using SMD packaging, and is suitable for automated surface mounting processes. Its rated voltage is 100 volts, rated current is 500mA, and it can operate stably within a temperature range of -40℃ to 85℃, demonstrating strong environmental adaptability.
In terms of performance, this connector supports LVDS high-speed signal transmission, with excellent signal integrity, and is very suitable for devices with limited space but high requirements for high-speed transmission. For example: medical imaging equipment (MRI, CT, ultrasound), smart terminals (phones, tablets), industrial automation equipment, and communication modules, etc. With its miniaturized structure and high reliability contact performance, FX15S-51P-0.5SD has become a common high-end choice in ultra-thin coaxial cable design.

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The key points for the durability judgment of ultra-fine coaxial cables (micro coaxial cable)

Extremely thin coaxial束 due to its fine structure, needs to be comprehensively judged from three dimensions: material, structure, and reliability in durability evaluation.

① Core wire material and structure

High-purity copper or copper alloys can provide good conductivity and mechanical strength; a multi-layer shielding structure can effectively enhance anti-interference performance and improve the stability of the harness in high-frequency environments.

Insulating and sheathing materials

High-quality cables often use materials such as PE, PTFE, etc., which have excellent dielectric properties, heat resistance, and wear resistance, ensuring that they do not age or degrade in performance over a long period of use.

Bending and tensile resistance

The extremely thin coaxial cables are often in environments with frequent bending, therefore, strict bending tests must be conducted to verify that they can still maintain stable electrical performance after repeated actions.

Connector配合and fixity

When matching the harness with the high-precision connector FX15S-51P-0.5SD, it is necessary to ensure the firmness of the locking clip, terminal welding points, and crimping ends to avoid poor contact due to vibration or tension.

⑤ Environmental Adaptability

Moisture resistance, salt mist resistance, UV resistance, and chemical corrosion resistance are important guarantees for the long-term stable operation of wire harnesses, especially crucial in the medical and industrial fields.

⑥ Electrical performance stability

After bending and temperature cycling, the cable harness still needs to maintain good insertion loss and return loss performance to ensure the integrity of high-speed transmission signals.

With its reliable high-speed signal capability, miniaturized packaging, and versatility in multiple fields, it has extremely high practical value in extremely thin coaxial cable harness connections. High-quality extremely thin coaxial cables not only depend on the material itself but also on their structural design and environmental adaptability. Choosing high-quality cable harnesses and professional connectors will directly enhance the overall performance and production stability of the equipment.

I am[Suzhou Huichengyuan Electronic Technology], focus on the research and development and customization of high-speed signal cable harnesses and ultra-fine coaxial cable harnesses. If you have any needs or questions about ultra-fine coaxial cable harnesses, welcome to communicate and discuss. For business inquiries, please contact:Manager Zhang 18913228573 (WeChat same number)。