NPGN-150R. FEATURES Halogen, antimony, and red phosphorous free Flammability meets UL 94 V-0 NAN YA PLASTICS CORPORATION

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1 NAN YA PLASTICS CORPORATION Issured : flame retardant copper clad laminate Flammability meets UL 94 V-0 Excellent long term reliability UV blocking type NPGN-150R Reactive type flame retardants High Tg and lower C.T.E will provide excellent through-hole reliability Superior CAF-Resistance (Anti-migration) haracteristics Unit Conditioning Typical Values SPEC Test Method Volume resistivity MΩ-cm C-96/35/90 5 x10 8 ~ 5x Surface resistivity MΩ C-96/35/90 5 x10 6 ~ 5x Permittivity 1MHZ - C-24/23/ Permittivity 1GHZ - C-24/23/ Loss Tangent 1MHZ - D-24/23/ Loss Tangent 1GHZ - D-24/23/ Arc resistance SEC D-48/50+D-0.5/ Dielectric breakdown KV D-48/ Moisture absorption % D-24/ Flammability - C-48/23/50 94V0 94V0 UL94 Peel strength 1 oz lb/in 288 x10 solder floating Thermal stress SEC 288 solder dipping Pressure cooker (2 atm 120 ) Flexural strength 1/2 hr SEC 288 dipping 300 N/A - 1 hr SEC 288 dipping 300 N/A - 2 hr SEC 288 dipping 300 N/A - LW N/mm 2 A CW N/mm 2 A Dimensional stability X-Y axis % E-0.5/ Coefficient of thermal expansion X-Y axis Z-axis before Tg Z-axis after Tg N/A Glass transition temp DSC 150± 5 N/A NOTE: The average value in the table refers to samples of.062 1/1. Test method per IPC-TM-650

2 Issured : NAN YA PLASTICS CORPORATION flame retardant copper clad laminate NPGN-150TL Flammability meets UL 94 V-0 Excellent long term reliability UV blocking type Reactive type flame retardants High Tg and lower C.T.E will provide excellent through-hole reliability Superior CAF-Resistance (Anti-migration) Characteristics Unit Conditioning Typical Values SPEC Test Method Volume resistivity MΩ-cm C-96/35/ x Surface resistivity MΩ C-96/35/ x Permittivity 1 MHZ - C-24/23/ Permittivity 1 GHZ - C-24/23/ Loss Tangent 1 MHZ - C-24/23/ Loss Tangent 1 GHZ - C-24/23/ Arc resistance SEC D-48/50+D-0.5/ Dielectric breakdown KV D-48/ Moisture absorption % D-24/ Flammability - C-48/23/50 94V0 94V0 UL94 Peel strength 1 oz Ib/in 288 x10 solder floating Thermal stress SEC 288 solder dipping Glass transition temp DSC 150 ± 5 N/A Dimensional stability X-Y axis % E 4/ Coefficient of thermal expansion X-Y axis Z-axis before Tg Z-axis after Tg N/A NOTE: The average value in the table refers to samples of.020 1/1. Test method per IPC-TM

3 CONSTRUCTION: mm mil CONSTRUCTION PLY PLY plies ply plies 0.13sp ply ply plies ply plies plies 0.30sp plies mm mil CONSTRUCTION plies plies x2+1080x plies plies plies plies ples plies plies plies plies 1.2, 1.1, 1.0, mm INCLUDE CLADDING, ALL OTHERS EXCLUDE CLADDING PRODUCT SIZE & INCH(mm) COPPER CLADDING OZ (μm) INCH SIZE mm TOLERANCE (0.1) to (1.0) H (17) 2.0 (70) 1.0 (35) 3.0 (105) 48.8 x x x x x x 1080 IPC-4101C SPEC CLASS C/M Keeping the core and prepreg in the same grain direction is crucial to ensure the flatness of multilayer boards. Grain direction is shown on the Certificate of Conformance. 49

4 Issured : flame retardant prepreg NAN YA PLASTICS CORPORATION NPGN-150B PREPREG Rheology of resin controlled to benefit the lamination of the boards. Modified phosphorous epoxy provides excellent heat and chemical resistance. Higher Tg: 150±5 Other properties are similar to standard FR-4 Specification : IPC-4101C is applicable Glass style RC% RF% GT sec VC% After Pressed Thickness (per ply) (170 ) mm Mil 7628HR 50 ± 3 27 ± ± ± MR 47 ± 3 22 ± ± ± ± 3 17 ± ± ± MR 52 ± 3 30 ± ± ± ± 3 23 ± ± ± HR 58 ± 3 38 ± ± ± MR 54 ± 3 30 ± ± ± ± 3 25 ± ± ± ± 3 35 ± ± ± ± ± 3 35 ± ± ± HR 68 ± 3 44 ± ± ± MR 65 ± 3 40 ± ± ± ± 3 35 ± ± ± ± 3 33 ± ± ± 0.3 * ± 3 35 ± ± ± 0.3 * ± 3 34 ± ± ± 0.3 * ± 3 35 ± ± ± 0.3 *Laser drillable prepreg Storage Stability Storage Condition : 20 50% RH for 3 months : Max 5 for 6 months 50

5 Recommended press cycles: Suggestions: 1. Heating rate of material between 70 (158 ) and 140 (284 ). 1-3 /min (1.8~5.4 /min) is acceptable /min (2.7~4.5 /min) would be better. 2. Temperature of material over 170 (338 ) must be held for at least 60 min to allow resin to fully cure. 3.The pressure should be kept below 100psi during cooling to ambient temperature. 4. Cooling rate of material should be kept under 2.5 /min (4.5 /min) when the temperature of material is over 100 (212 ), in order to avoid introducing twist. CERTIFICATION UL UL File No.:E98983 ANSI TYPE: FR-4 UL 746 Recognition Minimum Clad cond. Max. Material Thickness Area Thickness min. max. Diameter Max. Sold Lts UL 94 Inch mils mils inch Operating Temp Time Flame (mm) (mic) (mic) (mm) Temp sec class (0.051) (17) (102) 2.0 (50.8) V-0 51