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Product

Autolad3G

Characteristic


Application Area

Specified for Automotive Electronics, including junction box, ECU inengine and body

  • Product Performance
  • Product Certificate
  • Data Download
Items Method Condition Unit Typical Value
Tg 2.4.24.4 DMA 200
2.4.24.3
TMA 180
2.4.25D DSC
190
Td 2.4.24.6 5% wt. loss 408
T288
2.4.24.1 TMA min >60
T300 2.4.24.1
TMA min
>60
Thermal Stress (Unetched/Etched)
2.4.13.1
288℃, 20s solder dip
- Pass/Pass
CTE (Z-axis) 2.4.24 Before Tg ppm/℃ 35
After Tg ppm/℃ 180
50-260℃ % 1.8
Dissipation Constant (10GHz) 2.5.5.5 C-24/23/50 - 4.0
Dissipation Factor (10GHz)
2.5.5.5
C-24/23/50
- 0.013
Volume Resistivity 2.5.17.1 E-24/125 MΩ.cm 5.0×106
Surface Resistivity
2.5.17.1
E-24/125 2.0×108
Arc Resistance 2.5.1 D-48/50+D-0.5/23 s 160
Dielectric Breakdown 2.5.6 D-48/50+D-0.5/23 kV 45+kV NB
Peel Strength (1Oz) 2.4.8 288℃/10s N/mm 1.3 [7.43]
Flexural Strength (LW/CW) 2.4.4 A MPa 560/450
Water Absorption 2.6.2.1 E-1/105+D-24/23 % 0.13
Flammability
UL94
C-48/23/50
Rating
V-0
CTI IEC60112 A Rating PLC3

Remarks:

Remark:

1. All the typical value is based onthe 1.6mm (8*7628) specimen. The Dk and Df value is based on 57% RC.

2. All the typical value listed above isfor your reference only, please turn to Shengyi Technology Co., Ltd fordetailed information, and all rights from this data sheet are reserved by ShengyiTechnology Co., Ltd.

Explanations:C=Humidity conditioning; D=Immersion conditioning in distilled water;E=Temperature conditioning.

The figures following the letter symbolsindicate with the first digit the duration of the preconditioning in hours,with the second digit the preconditioning temperature in ℃ and with the third digit the relative humidity.

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