Featuring low transmission loss, designed for high-speed communication equipment applications such as 5G, aerospace, automotive, and more!
Printed and Flexible Hybrid Materials
Printed & Flexible-Hybrid Electronics Technology are Challenging the Traditional Electronic Device Paradigm
No longer are devices constrained to being rigid, planar, and rectangular. Flexible, stretchable, pliable, and conformable are just some of the electronic material attributes enabling future generations of devices for medical, health, sensors, robotics, wearables, automotive, aerospace, and a variety of other industries.
Printed and Flexible Hybrid Materials Products
Printed and Flexible Hybrid Materials
Printed & Flexible-Hybrid Electronics Technology are Challenging the Traditional Electronic Device Paradigm
No longer are devices constrained to being rigid, planar, and rectangular. Flexible, stretchable, pliable, and conformable are just some of the electronic material attributes enabling future generations of devices for medical, health, sensors, robotics, wearables, automotive, aerospace, and a variety of other industries.
Printed and Flexible Hybrid Materials Products
Printed and Flexible Hybrid Materials
Printed & Flexible-Hybrid Electronics Technology are Challenging the Traditional Electronic Device Paradigm
No longer are devices constrained to being rigid, planar, and rectangular. Flexible, stretchable, pliable, and conformable are just some of the electronic material attributes enabling future generations of devices for medical, health, sensors, robotics, wearables, automotive, aerospace, and a variety of other industries.
Printed and Flexible Hybrid Materials Products
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Panasonic LEXCM: Introduction to EMC Technology
