RF & Microwave Laminates

199 Laminates from 5 manufacturers listed on everything RF
Laminates from the leading manufacturers are listed below. Use the filters to narrow down on products based on your requirement. Download Datasheets, Compare products and Request Quotations. Your Inquiry will be directed to the manufacturer and their distributors who will get back to you with a quote.
Description: Thermally Stable Composite based on Nanotechnology and PTFE
Dk (Dielectric Constant):
2.80
Df (Dissipation Factor):
0.0012
Thickness:
0.13 mm
more info
Description: Low PIM Antenna Grade laminates
Dk (Dielectric Constant):
2.17 to 2.2
Df (Dissipation Factor):
0.0009
Td:
550 Degree C
Thickness:
0.762 mm, 1.524 mm
more info
Description: Ultra Low Loss Laminate and Prepreg Operates up to 25 GHz
Dk (Dielectric Constant):
3.5
Df (Dissipation Factor):
0.0020 to 0.0028
Tg:
200 Degrees C
Td:
390 Degrees C
more info
Description: Very Low Loss FR-4 Process Compatible Laminate for mm-Wave Frequencies
Dk (Dielectric Constant):
3
Df (Dissipation Factor):
0.0017
Tg:
200 Degrees C
Td:
360 Degrees C
Thickness:
0.0635 to 1.50 mm
more info
Description: Laminate with Dielectric Thickness of 3.3 to 3.4
Tg:
220 Degree C
Thickness:
0.063 mm
more info
Description: Dimensionally Stable Low Loss Laminates up to 10 GHz
Dk (Dielectric Constant):
3.0 +/- 0.05
Df (Dissipation Factor):
0.0011
more info
Description: Low PIM Antenna Grade laminates
Dk (Dielectric Constant):
2.55 to 2.58
Df (Dissipation Factor):
0.0014
Td:
550 Degree C
Thickness:
0.762 mm, 1.524 mm
more info
Description: Copper-Clad Laminate for RF Applications
Dk (Dielectric Constant):
3.5
Df (Dissipation Factor):
0.0032 to 0.0038
Tg:
170 to 200 Degrees C
more info
Description: Halogen-free, Low-Dk, Low Loss Material for Mobile Applications
Dk (Dielectric Constant):
3.51
Df (Dissipation Factor):
0.0095
Tg:
162 Degrees C
Td:
387 Degrees C
Thickness:
0.05 to 1.5 mm
more info
Description: Laminate with Dielectric Thickness of 2.8
Dk (Dielectric Constant):
2.8
Tg:
155 Degree C
Thickness:
0.03 to 0.06 mm
more info

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