PFA ultra-fine coaxial cable incorporates controlled electrical properties, including characteristic impedance.
Suitable for new requirements, such as acceleration of propagation velocity, smaller diameter for high-density wiring, and expansion of frequency properties.
Suitable for new requirements, such as acceleration of propagation velocity, smaller diameter for high-density wiring, and expansion of frequency properties.
Features
- Thinned with superior manufacturing technology (up to AWG52).
- High-precision processing technologies based on assembly automation (up to AWG46).
- Thinned for space saving.
- Anti-noise properties that are superior to those of FPC (Flexible Printed Circuits).
- Superior durability against bending and twisting.
- Low loss due to fluoropolymer properties.
- Superior heat durability against soldering when processing devices.
- Allows you to design coaxial cables that are tailored to your electrical requirements.
- Lightweight and excellent flexibility.
- High-precision processing technologies based on assembly automation (up to AWG46).
- Thinned for space saving.
- Anti-noise properties that are superior to those of FPC (Flexible Printed Circuits).
- Superior durability against bending and twisting.
- Low loss due to fluoropolymer properties.
- Superior heat durability against soldering when processing devices.
- Allows you to design coaxial cables that are tailored to your electrical requirements.
- Lightweight and excellent flexibility.
Use
- Probe cables for ultrasound diagnostic equipment and internal wiring for IT devices such as laptops.
| PFA Ultra Small Coaxial Cable | FEP Ultra Small Coaxial Cable | |
| Type | DAS | DFS |
| Inner Conductor | SA | SA or SAT |
| Dielectric Material | PFA | FEP |
| Shield Structure | Served Wire Shield or Double Braided Shield | Served Wire Shield |
SL: Silver plated high tensile strength copper alloy wire SW: Silver plated copper-clad steel
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