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GH-200 (Type D)

Thin Prepreg with Superior Surface Smoothness

Product form

Prepreg GH-200 (Type D)

Applications

  • Semiconductor packages. (FC-CSP, PoP, SiP)
  • Thinner Module PWB

Features

  • GH-200 (TYPE-D) have hybrid properties of package and high speed materials.
  • Good for impedance control as thickness variation is small after press.
  • Halogen free material with low CTE values in X, Y directions (α1, α2).
  • Good dielectric properties by applying low dielectric glass cloths.

Characteristics

Surface Smoothness of Prepreg (Microscope)

TYPE-F

Conventional

Panel Warpage of Prepreg after press (w/o copper, by shadow moire)

TYPE-F

Conventional

Prepreg thickness after Press

Laminate condition

  • GEA-705G1010F78
  • Copper foil: 3 µm
  • Laminate condition
  • Temp.: 230℃100min
  • Heating rate: 3.0℃/min
  • Pressure: 3MPa

Undulation of prepreg after press (GEA-705G1010F78)

TYPE-F

Conventional

Copper Clad Laminate

(t0.2, t0.4mm)

スクロール

Item Condition ※3 Unit GH-200(Type D) Reference(IPC-TM-650)
Tg TMA method A 240–260 2.4.24
DMA method A 240–260
CTE ※1 (Pull) X (30–120℃) A ppm/℃ 8–10 2.4.24.5
Y (30–120℃) 8–10
Solder Heat Resistance (260℃) A sec. >300
T-260 (Without Copper) A min. >60 2.4.24.1
T-288 (Without Copper) A >60
Dielectric Constant ※2 10GHz A 3.2–3.4 IEC-62610
Dissipation Factor ※2 10GHz A 0.0080–0.0030

※1  Heating Rate: 10℃/min.
※2  Measured by cavity resonator method.
※3  Refer to“Condition Note”
※    Above data are experimental results and not guaranteed.

Standard Specifications

Prepreg

スクロール

Part Number Type Glass Cloth Properties
Style Resin Content
(%)
Dielectric Thickness
after Lamination ※1 (mm)
GH-200 (D) 0.025 1017F68K 1017 68±2 0.020
1017F70K 70±2 0.022
1017F72K 72±2 0.024
1017F74K 74±2 0.026
1017F76K 76±2 0.028
1017F78K 78±2 0.031
1017F80K 80±2 0.034
1017F82K 82±2 0.038
1017F84K 84±2 0.043
Reference (IPC-TM-650) 2.3.16

※1 The dielctric thickness after lamination is defined as the thickness of one sheet of prepreg when the resin flow is 0%. This value changes depending on the press condition or inner layer pattern.

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