Ultra High Speed for Millimeter Wave Radar

Low Transmission Loss + Good Processability + Performance Stability

Laminate R-5515 Prepreg R-5410

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

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Ultra High Speed for Millimeter Wave Radar

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Models table for series Ultra High Speed for Millimeter Wave Radar
Part No.	Datasheet	Tg (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 GHz	Dk at 10 GHz	Dielectric Constant (Dk) @ 12Ghz; Test Method Balanced-type Circular Disk Resonator; Condition C-24/23/50	Df at 1 GHz	Df at 10 GHz	Df at 12 GHz	Water Absorption (%)	Flexural Warp (MD) (GPa)	Flexural Fill (TD) (GPa)	Peel Strength (1 Oz. Cu) (kN/m)	Flammability	Sample 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

Models table for series Ultra High Speed for Millimeter Wave Radar
Part No.	Datasheet	Tg (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 GHz	Dk at 10 GHz	Dielectric Constant (Dk) @ 12Ghz; Test Method Balanced-type Circular Disk Resonator; Condition C-24/23/50	Df at 1 GHz	Df at 10 GHz	Df at 12 GHz	Water Absorption (%)	Flexural Warp (MD) (GPa)	Flexural Fill (TD) (GPa)	Peel Strength (1 Oz. Cu) (kN/m)	Flammability	Sample 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.