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This FPC boasts good warmth resistance, upgraded insulating layers, and memorable adaptability, setting a brand new normal for efficiency in excessive situations.
Yamaichi Electronics has launched an enhanced model of its YFLEX versatile printed circuit board (FPC) tailor-made for excessive environments, addressing the rigorous calls for of industries like automotive, semiconductor manufacturing, and check and measurement know-how. This cutting-edge FPC provides exceptional warmth resistance, improved insulating layers, and versatile adaptability to various purposes.
The standout characteristic is its upgraded insulating layer, exhibiting enhanced adhesion as a result of incorporating a specialised cowl layer. The important thing options are:
- FPC (Versatile Printed Circuit) can stand up to excessive temperatures as much as 150°C.
- Electrical properties of the FPC are maintained for over 3,000 hours at these excessive temperatures.
- Continuity resistance stays constant inside a price of change of ±10%.
- Insulation resistance stays spectacular at 500 MΩ or larger, even beneath excessive temperature situations.
This exceptional resistance ensures the reliable efficiency of the FPC even within the harshest environments, the place standard circuits might falter.
One of many key benefits is its adaptability, making it appropriate for a variety of purposes. It may be manufactured in single- and double-layer configurations to fulfill various wants. The selection of insulation substrate base supplies contains liquid crystal polymer (LCP) and polyimide (PI), permitting for optimum customisation to swimsuit completely different utility necessities. Furthermore, the FPC includes a strengthened GND (floor) design that not solely enhances its suitability for high-heat-resistant purposes but in addition makes it extremely efficient in combating noise-related points.
This Excessive-Warmth Resistant FPC represents a big leap ahead in versatile printed circuit board know-how. Its distinctive warmth resistance, improved insulating layers, and adaptableness to various purposes make it a game-changer in industries the place dependable efficiency beneath excessive situations is paramount. With world availability, this innovation is about to profoundly affect numerous sectors, making certain the continued development of know-how within the face of utmost challenges.
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