Anteo Laminates

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Anteo Laminates Image

The Anteo™ from Rogers Corporation are Laminates that are based on glass reinforced hydrocarbon thermoset platform. They are designed with a dielectric constant (Dk) to match that of FR-4 and offer a more cost-effective solution while retaining the tight Dk and thickness tolerances required to cater to wireless market. These laminates are designed to be fabricated using standard epoxy/glass (FR-4) processes which align with conventional bond plies. The Anteo™ laminates utilize RoHS-compliant flame-retardant technology to achieve a UL 94 V-0 flame-retardant rating. They are also compatible with lead-free solder processes and adhere to the requirements of IPC-4103B, slash sheet/250 with compliance to industry standards.

The Anteo™ laminates have a dielectric constant (Dk) of 4.38 (at 2.5 GHz), a dissipation factor of 0.005 (@10 GHz/23°C), and Td of 414°C. They have a thermal coefficient of dielectric constant of -21 ppm/°C and a thermal conductivity of 0.64 W/m.K These laminates are available in standard thicknesses of 20, 30, 40, 60, 90, and 120 mil.

Product Specifications

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Product Details

  • Part Number
    Anteo Laminates
  • Manufacturer
    Rogers Corporation
  • Description
    Flame-Retardant Glass Reinforced Hydrocarbon Laminates

General Parameters

  • Dk (Dielectric Constant)
    4.38
  • Df (Dissipation Factor)
    0.005
  • Td
    414 Degrees C
  • Tg
    280 Degrees C
  • Thickness Inches
    0.02 to 0.12 in.
  • Thickness
    0.508 to 3.048 mm
  • Applications
    GPS Antennas, Wifi Antennas, Vehicle to Vehicle/Vehicle to Infrastructure Communications (V2X), Internet of Things (IoT), Segments: Smart Home and Wireless Meters
  • Electrical Strength
    675 V/mil
  • Grade
    Commercial
  • Moisture_Absorbtion
    0.07 %
  • Peel Strength
    5..3 lbs/in
  • Size
    610 X 457 mm (24 x 18 in.) & 1219 X 915 mm (48 x 36 in.)
  • Surface Resistivity
    6.2 x 10^7 MOhms
  • Volume Resistivity
    2.9 x 10^9 MOhms cm
  • Dimensional Stability
    -0.59 to -0.48 mm/m
  • Flexural Strength (Machine/Cross)
    19 to 25 kpsi
  • Thermal Coeffecient
    -21 ppm/Degree C
  • Thermal Conductivity
    0.64 W/(mk)

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