In the current trend of electronic equipment evolving to lightweight, miniaturization and high-speed, "very fine coaxial wire harness" has become an indispensable high-speed transmission core for many types of products. Whether it is an unmanned aerial vehicle image module, a high-resolution notebook screen, an industrial machine vision system, or a new generation of mobile terminals, they all rely on this wire harness with extremely small outer diameter and excellent flexibility to undertake the stable transmission of high-speed signals, image data, and control instructions. Because of its excellent performance in small space and high-density structure, the extremely fine coaxial wire harness has become the key foundation for improving the performance of precision equipment.

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Key Design Points of 1. Very Fine Coaxial Harness

In the design and selection process of extremely fine coaxial wiring harness, the following technical indicators need to be focused on to ensure its reliability in high-speed and complex environments:

1.1, wire diameter size and flexibility: small wire diameter leads to limited bending radius, so the wire needs to have high flexibility and excellent folding resistance, suitable for dynamic structure or limited space wiring needs.

1.2, shielding performance and anti-interference ability: coaxial structure and outer shielding directly affect signal integrity, especially in high-speed data or high-definition image transmission, high-quality shielding design can effectively suppress EMI interference.

1.3. The matching of precision connectors: Very fine wiring harnesses need to be used in conjunction with matching miniature connectors to ensure low contact impedance, reliable contact pressure and continuity of the shielding layer.

1.4. Long-term durability: For application scenarios with frequent plugging, bending or vibration, the wiring harness must ensure sufficient plugging life and bending life to maintain long-term stable operation.

1.5. Spatial layout adaptation ability: In high-density structures, the wiring harness layout needs to efficiently use limited space without affecting heat dissipation, structural activities or the functions of other components.

Together, these points determine the availability, reliability, and ultimate performance of the extremely thin coaxial harness in microdevices.

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Technical advantages of 2. Hirose DF36-30P-0.4SD connectors

In the overall solution of very fine coaxial wiring harness, the performance of the connector is crucial. Hirose (Hirose) DF36-30P-0.4SD is a micro coaxial connector widely used in the industry, with the following key characteristics:

2.1, 0.4mm ultra-small spacing design: support high-density wiring, greatly save PCB layout space, suitable for miniaturized equipment.

2.2. Multi-point grounding structure to achieve excellent shielding effect: enhance EMI immunity performance, so that high-speed signals maintain higher integrity and stability.

2.3, reliable locking structure: enhance the stability of the plug, reduce the risk of loose or poor contact, to ensure the reliability of long-term use.

2.4, suitable for a variety of extremely fine coaxial line specifications: can be matched with multiple models of extremely fine coaxial cable, widely used in camera modules, display modules and other compact equipment.

2.5, optimized terminal design: to prevent solder leakage, improve welding strength and overall production reliability.

When used with a very fine coaxial harness, the DF36-30P-0.4SD can build a more stable high-speed signal channel, which is a high-quality solution in many miniaturized equipment.

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Typical Application Practice of 3. Very Fine Coaxial Harness DF36-30P-0.4SD

In practical application scenarios, a very fine coaxial wire harness not only needs to meet impedance matching, shielding continuity and bending resistance, but also needs to take into account signal stability and structural adaptability. Typical applications include:

3.1. UAV camera module: The wiring harness is required to have high flexibility and seismic resistance, and maintain a low error rate in high-speed image transmission.

3.2. High-resolution notebook/folding screen equipment: The wiring harness can pass through the hinge or folding structure to ensure that the screen signal is still stable and reliable under dynamic bending conditions.

3.3. Industrial vision and robotics systems: In high-vibration, high-interference industrial environments, extremely thin coaxial harnesses can maintain data transmission integrity and resist EMI effects.

Through the correct selection of wires, shielding layer structure and high-precision connectors, a high-speed and stable micro-transmission link can be constructed in a complex environment.

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With its high flexibility, small size, strong shielding and high signal integrity, extremely thin coaxial wire harness has become the standard transmission scheme for light and high-speed electronic equipment. The use of high-precision connectors such as Hirose DF36-30P-0.4SD can ensure stable and reliable transmission of signals in small spaces and high-speed scenarios, laying an important foundation for equipment performance improvement.

I amThunder speed very fine coaxial wire harness network], committed to high-speed interface very fine coaxial wire harness and precision connector compatibility replacement and mass production support, project consultation please contact: manager Zhang 18913228573 (wechat with the same number).

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Thunderspeed extremely fine coaxial wire harness netBelongableSuzhou Huicheng Yuan Electronic Technology Co., Ltd.，We focus onVery fine coaxial wire harnessThe company is deeply engaged in the field of high-speed transmission, with mature manufacturing technology, strict quality management system and rich industry application experience, products are widely used in consumer electronics, industrial control, medical equipment, intelligent security and other fields. We welcome customers in various industries to contact us at any time.