RF & Microwave Laminates

237 Laminates from 12 manufacturers listed on everything RF

RF laminates are dielectric sheet materials used in PCB and MMIC substrates with controlled dielectric constant (Dk), dissipation (Df), thickness and thermal behavior for signal integrity at high frequency. Laminates from the leading manufacturers are listed on everything RF. Use the filters to narrow down on products based on Df (Dissipation Factor), Dk (Dielectric Constant), Thickness, and Tg, and more. Download datasheets and request quotes for products that meet your requirements.

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237 Laminates from 12 Manufacturers
237 Products from 12 Manufacturers
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Thermally Stable Composite based on Nanotechnology and PTFE

Product Specs

Dk (Dielectric Constant):
2.80
Df (Dissipation Factor):
0.0012
Thickness:
0.13 mm
more info
Flame-Retardant Glass Reinforced Hydrocarbon Laminates

Product Specs

Dk (Dielectric Constant):
4.38
Df (Dissipation Factor):
0.005
Tg:
280 Degrees C
Td:
414 Degrees C
Thickness:
0.508 to 3.048 mm
more info
Ultra Low Loss Laminate and Prepreg Operates up to 25 GHz

Product Specs

Dk (Dielectric Constant):
3.5
Df (Dissipation Factor):
0.0020 to 0.0028
Tg:
200 Degrees C
Td:
390 Degrees C
more info
High-Speed, Low-Loss Laminate for 5G/High-end Computing Applications

Product Specs

Dk (Dielectric Constant):
3.10
Df (Dissipation Factor):
0.0015
Tg:
200 Degrees C
Td:
380 Degrees C
more info
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Laminate with Dielectric Thickness of 2.6

Product Specs

Dk (Dielectric Constant):
2.6
Tg:
220 Degree C
Thickness:
0.038 to 0.086 mm
more info
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Low Loss PTFE Woven Glass Laminate

Product Specs

Dk (Dielectric Constant):
3
Df (Dissipation Factor):
0.0023
Thickness:
0.254 to 1.524 mm
more info
3.9 (Dk), 195 Degrees (Tg), RF Laminate from 10 MHz to 110 GHz

Product Specs

Dk (Dielectric Constant):
3.9
Df (Dissipation Factor):
0.007
Tg:
195 Degrees
more info
RF-60A RF & Microwave Laminate, High DK Material, easily fabricated

Product Specs

Dk (Dielectric Constant):
6.15 +/- 0.25
Df (Dissipation Factor):
0.0038
more info
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High Stability Thermoset RF Laminates for Industrial Radar Applications

Product Specs

Dk (Dielectric Constant):
3.49
Df (Dissipation Factor):
0.0031 to 0.0037
Tg:
280 Degrees C
Td:
290 Degrees C
Thickness:
0.004”
more info
Copper-Clad Laminate for RF Applications

Product Specs

Dk (Dielectric Constant):
3.5
Df (Dissipation Factor):
0.0032 to 0.0038
Tg:
170 to 200 Degrees C
more info
Halogen-free, Very Low Loss Laminate for 5G Infra and Computing Applications

Product Specs

Dk (Dielectric Constant):
3.05
Df (Dissipation Factor):
0.0018
Tg:
210 Degrees C
Td:
400 Degrees C
more info
Laminate with Dielectric Thickness of 2.8

Product Specs

Dk (Dielectric Constant):
2.8
Tg:
155 Degree C
Thickness:
0.03 to 0.06 mm
more info
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Ultra Low Loss PTFE Woven Glass Laminate

Product Specs

Dk (Dielectric Constant):
2.2
Df (Dissipation Factor):
0.0009
Thickness:
0.254 to 1.524 mm
more info
4 (Dk), 170 Degrees (Tg), RF Laminate Up to 10 GHz

Product Specs

Dk (Dielectric Constant):
4
Df (Dissipation Factor):
0.013
Tg:
170 Degrees
more info
TLY RF & Microwave Laminate, Military grade very low DK base material

Product Specs

Dk (Dielectric Constant):
2.17 - 2.20 +/- 0.02
Df (Dissipation Factor):
0.0009
more info
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What are RF & Microwave Laminates?

A Laminate is a material used as the substrate of a PCB board or board on which the circuit is printed or created. It is an insulating layer made up of woven, fabric, fiberglass or paper which are then fixed together to form a single sheet of uniform thickness by applying adequate pressure and temperature with the help of a resin. The laminate can be seen on the edges of a PCB board since it’s covered with Conductive Copper, Solder mask, and Silkscreen layers.

RF & Microwave Laminate are designed to perform at higher frequencies. When selecting a laminate we must consider the following parameters:

Dissipation Factor (Df): This is a measure of loss of energy in the laminated. The lower the  Dissipation Factor the lower the signal loss and the better the laminate.

Dielectric Constant (Dk): This is the ratio of the permittivity of a substance to the permittivity of free space. It is a dimensionless value and is also called relative permittivity.

Transition Temperature (Tg): This is the maximum temperature at which the laminate can operate. i.e it is the temperature at which the laminate transitions from a usable material to a non-usable material.

Thickness: This is the thickness of the laminate material.

everything RF has listed high-frequency laminate materials from the leading manufacturers. Narrow down on the list of laminate materials based on their properties. View laminate specifications, download datasheets and request quotations or information on products that meet your requirement.