Ultra High Speed for Millimeter Wave Radar

Low Transmission Loss + Good Processability + Performance Stability

Laminate R-5515     Prepreg R-5410

xpedion logo 150

Ideal performance for Printed Circuit Boards used in 79 GHz millimeter wave antennas.

Series image for Ultra High Speed for Millimeter Wave Radar

Ultra High Speed for Millimeter Wave Radar

Part number list

Results 2
Models table for series Ultra High Speed for Millimeter Wave Radar
Part No.DatasheetTg (DSC) (°C) Tg (TMA), (°C)Tg (DMA) (°C) Td (Thermal Decomposition) (°C) T288 (Without Cu) (min) T288 (With Cu) (min)CTE-X, CTE-Y CTE-Z CTE α2 Z-axis: Test Method IPC-TM-650 2.4.24; Condition A (ppm/℃) Thermal Conductivity, (W/m・K) Volume Resistivity (MΩ・cm) Surface Resistivity (mΩ)Dk at 1 GHzDk at 10 GHzDielectric Constant (Dk) @ 12Ghz; Test Method Balanced-type Circular Disk Resonator; Condition C-24/23/50Df at 1 GHzDf at 10 GHzDf at 12 GHzWater Absorption (%)Flexural Warp (MD) (GPa)Flexural Fill (TD) (GPa)Peel Strength (1 Oz. Cu) (kN/m) FlammabilitySample Thickness (mm)
R-5515/R-5410
-
170
200
410
>120
>120
19-21
19-21
50
300
0.40

1 x 10⁹ 

1 x 10⁸
-
3.0
3.1
-
0.002
0.002
0.19
9.7
9.7
0.6 (Cu:HVLP2 Hoz)
94V-0
0.13mm (0.50mm)
R-5515X
170
200
410
> 120
> 120
19 - 21
19 - 21
50
300
1 x 107

1 x 10⁸
3.06 @ 14 GHz
0.0021 @ 14 GHz
0.19
0.6
94V-0
Low-transmission-loss multi-layer PCB materials, MEGTRON and XPEDION

Discover our top-of-the-line circuit board materials, MEGTRON and XPEDION, designed to provide high-speed, high-frequency, and stable operation for your networking equipment. With our innovative resin design, MEGTRON and XPEDION offer a low dielectric constant (Dk) and dissipation factor (Df) that ensures minimal transmission loss in your printed circuit boards. As your co-creation partner, we are committed to supporting your manufacturing needs with quality materials and contributing to the development of our society.

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