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Single-core Shielded Cable

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The Single-core Shielded Cable is a precision cable designed specifically to combat electromagnetic interference (EMI) and radio frequency interference (RFI). Its core structure consists of an individual conductor surrounded by an insulation layer, over which a metallic shield is applied. This shield, typically made of braided or spirally wound tinned or bare copper wires, creates an effective Faraday cage. This enclosure isolates the internal signal from external interference and simultaneously prevents the internal signal from radiating outwards and disrupting other equipment. This design ensures signal integrity and clarity in complex and electrically noisy environments, guaranteeing accurate and stable data or signal transmission, making it an essential choice for applications demanding high-reliability connections.
 
The performance of this cable type highly depends on its shielding effectiveness and insulating material. The shielding coverage rate, which can vary based on the application, directly impacts its ability to reject interference. The insulation, often made from materials like PVC or XLPE, provides excellent electrical insulation and a degree of flexibility. It is widely used for internal wiring in various sensitive electronic equipment, such as sensor signal transmission in industrial automation control systems, precision measurement instruments, audio equipment, medical devices, and data connections between computers and peripherals. It not only carries power but, more critically, ensures the high-fidelity transmission of weak signals over long distances or in harsh environments, serving as an indispensable "nerve wire" within modern electronic apparatus.
 

Single-core shielded cable
Single-core shielded cable is widely used in various electronic devices and systems requiring signal transmission and power supply. It consists of a single conductor and a shielding layer. The shielding layer effectively reduces the impact of external electromagnetic interference (EMI) on signal transmission, ensuring signal stability and clarity. Single-core shielded cable has excellent anti-interference capabilities and is suitable for demanding industrial, communication, medical, and home appliance applications.
Product Features
High-Quality Conductors
Tinned copper helps prevent oxidation and prolongs the cable's lifespan, making it suitable for long-term use in challenging environments. 
Excellent Shielding Performance
For applications where high signal integrity is crucial, single-core shielded cables offer an ideal solution for electromagnetic compatibility (EMC).
Variety of Insulation Materials
PVC, PE, TPE, and XLPE provide excellent resistance to high temperatures, chemical corrosion, and aging, making them suitable for various working environments.
High-Temperature and High-Voltage Resistance
these cables can be selected to meet specific temperature and voltage requirements, ensuring stable operation in high-temperature and high-voltage conditions.
Product idea
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szxyq's single-core shielded cable adhere to the concept of "Seamless Connection, Empowering Life". We understand that in the era of intelligent interconnection, stable and reliable device connections are the foundation of efficient life and work. From research and design to production and manufacturing, we always focus on user needs and continuously pursue technological innovation and excellent quality. We are committed to providing users with comprehensive and convenient device connection solutions through a rich product line, reliable performance, and user-friendly design, becoming a trusted partner for users in smart life and promoting the development of convenient device interconnection.
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FAQ
Why is shielding important in single-core cables?
Shielding in single-core cables is critical for reducing external electromagnetic interference (EMI) and radio-frequency interference (RFI). These interferences can distort or degrade the quality of the transmitted signal, especially in high-precision or high-frequency applications. The shielding layer ensures that signals remain clean and stable, which is particularly important in sensitive systems like communication equipment, medical devices, and industrial controls.
Can single-core shielded cables handle high temperatures?
Yes, most single-core shielded cables in the UL classification are designed to withstand temperatures ranging from 60°C to 105°C, depending on the specific materials used. Cables with TPE or XLPE insulation are ideal for higher-temperature applications. If higher temperature resistance is required, users should check the specific temperature rating of the cable.
Are single-core shielded cables suitable for outdoor use?
Single-core shielded cables can be used outdoors, but it depends on the insulation and sheath materials. If the cable is exposed to weather elements, it should be made with UV-resistant and weatherproof materials like TPE or XLPE. Always check the specifications to ensure the cable is rated for outdoor or harsh environmental conditions.
What are the voltage ratings of single-core shielded cables?
Single-core shielded cables come with various voltage ratings, commonly ranging from 30V to 600V or higher, depending on the specific cable design and application requirements. Be sure to select a cable with the appropriate voltage rating to match the power needs of your system.
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