R-1786/R-1781 [PANASONIC]

Double-sided copper clad Single-sided copper clad;
R-1786/R-1781
型号: R-1786/R-1781
厂家: PANASONIC    PANASONIC
描述:

Double-sided copper clad Single-sided copper clad

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CTI600V  
Double-sided copper clad  
R-1786  
Insulation reliability  
Low dielectric property  
Single-sided copper clad  
R-1781  
Glass composite circuit board materials  
Applications  
Excellent tracking resistance (CTI 600V), excellent CAF  
resistance and excellent thickness accuracy. Reduces CO₂  
emission amount in our manufacturing process to one-  
quarter by our unique manufacturing process. (Compared  
with our conventional FR-4 (R-1705))  
Appliance/Industry/Wireless  
Home Appliance, Digital Appliance, LED Lighting,  
Meter Panel, Power Supply System Board, Amusement  
Machine, Antenna (5G Terminal/Equipment), etc.  
Tracking resistance  
Low dielectric property  
Measured by Panasonic with IPC-TM-650 2.5.5.9  
Appearance of the test piece  
Standard state After test  
(1.6t@1GHz)  
Pattern method Product name  
CEM-3  
5.0  
4.5  
4.0  
3.5  
IEC method  
R-1787  
FR-4  
(circuit method)  
175  
/ number  
R-1705  
Lower Df  
CEM-3  
Conventional FR-4  
600  
R-1786  
Conventional CEM-3  
CEM-3  
CEM-3  
Conventional  
R-1786  
R-1785  
-
FR-4  
240  
R-1705  
3.0  
0.004  
0.008  
0.012  
0.016  
Dissipation factor (Df)  
Test method  
The above data are our company measurement values and not guaranteed values.  
Drip 50 drops electrolyte  
(0.1% aqueous solution of  
ammonium chloride)  
towards the central  
Test piece  
Test piece(Overall etching)  
General properties  
Drop out  
Drop out  
60.01m° m  
circuit current of 1.0A  
flows in the voltage of  
100V ~ 600V (25V interval).  
Measure the voltage  
current flows for more  
than 2 seconds.  
Item  
Condition  
Unit  
R-1786  
Electrode Copper foil  
circuit  
Platinum  
electrode  
Tg  
Temp. rising rate:10  
/min  
-
140  
No abnormality  
240℃ 60min  
4.0  
Solder heat resistance 260℃ solder float for 2min  
1mm  
1mm  
Circuit interval  
Circuit interval  
Heat resistance 1oz  
A
-
Dk*  
1GHz  
Df*  
C-24/23/50  
CAF resistance  
Evaluation condition  
0.007  
1×10⁸  
5×10⁷  
3×10⁸  
1×10⁸  
5×10⁸  
1×10⁷  
280  
1.E+11  
85℃, 85%,  
Test condition  
100V applied voltage  
C-96/20/65  
C-96/20/65+C-96/40/90  
C-96/20/65  
1.E+10  
R-1786  
Wall to wall  
0.45mm  
distance  
Volume resistivity  
Surface resistivity  
MΩ-m  
MΩ  
1.E+09  
Drill diameter  
Test method  
Board  
Φ0.9~Φ0.35  
1.E+08  
1.E+07  
Continuous  
measurement in a tank  
C-96/20/65+C-96/40/90  
C-96/20/65  
Threshold  
500  
Our test pattern  
1.E+06  
1.E+05  
Insulation resistance  
Flexural strength Fill  
MΩ  
Warp direction  
60 hole  
C-96/20/65+D-2/100  
A
0
1000  
1500  
2000  
Fill  
60 hole  
Time (h)  
direction  
N/mm²  
A
1.37  
1.37  
1.76  
1.76  
Board thickness accuracy  
Copper foil: 0.018mm  
Board thickness: 1.6mm  
(18μm)  
S₄  
Copper foil thickness: 0.018mm  
R-1786  
Peel strength  
Flammability  
N/mm  
-
150  
100  
50  
Conventional  
FR-4  
A
Copper foil: 0.035mm  
(35μm)  
R-1705  
S₄  
x=1.52mm  
R=0.053mm  
V =0.014mm  
A+E-168/70  
94V-0  
0
The sample thickness is 1.6mm.  
1.45  
1.50  
1.55  
<Test method> JIS C 6481 * IPC-TM-650 2.5.5.9  
Board thickness (mm)  
Please see our website for Notes before you use.ꢀ  
industrial.panasonic.com/ww/electronic-materials  
The above data are typical values and not guaranteed values.  
Panasonic Industry Co., Ltd. Electronic Materials Business Division  
Ⓒ Panasonic Industry Co., Ltd.ꢀ202212  

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