Shiu-Li-Technology-TEM96B-320-320-4-0
| Part # | Shiu-Li-Technology-TEM96B-320-320-4-0 |
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TEM96B
Thermal Conductive RF Absorber Pad
LiPOLY TEM96B is a thermally
conductive absorber based upon
soft magnetic materials dispersed
in a polymeric resin. It has a thermal
conductivity of 3.0 W/m*K and
dissipates electromagnetic radia-
tion rapidly to mitigate against EMI
issues.
TYPICAL PROPERTIES
PROPERTY
TEM96B
TEST METHOD
UNIT
Color
Dark Gray
2
Visual
–
Surface tack
2-side/1-side
Thickness
–
–
Customized
3.9
ASTM D374
ASTM D792
ASTM D2240
By LiPOLY
ASTM D570
–
mm
Density
g/cm³
Hardness
45
Shore OO
TML
0.07
%
%
°C
–
Water absorption
0.04
Application temperature
ROHS & REACH
-60~180
Compliant
FEATURES
/ Thermal conductivity: 3.0 W/m*K
/ Excellent absorption characteristics
/ Naturally tacky
–
COMPRESSION@1.0mm
Deflection @10 psi
Deflection @20 psi
Deflection @30 psi
Deflection @40 psi
Deflection @50 psi
EMI Attenuation @1.0mm
EMI attenuation@ 2.4 GHz
EMI attenuation@ 3.5 GHz
EMI attenuation@ 5.0 GHz
EMI attenuation@ 12 GHz
EMI attenuation@ 18 GHz
EMI attenuation@ 28 GHz
EMI attenuation@ 39 GHz
ELECTRICAL
7
ASTM D5470 modify
ASTM D5470 modify
ASTM D5470 modify
ASTM D5470 modify
ASTM D5470 modify
%
%
%
%
%
12
16
21
25
/ Reworkable
TYPICAL APPLICATION
/ IC, CPU, MOS, LED, M/B, Heat sink
/ LCD-TV, Notebook PC, PC,
Telecom device, Wireless hub
/ DDR II module, DVD applications,
Hand-set applications
7.0
8.6
ASTM D4935 modify
ASTM D4935 modify
ASTM D4935 modify
ASTM D4935 modify
ASTM D4935 modify
ASTM D4935 modify
ASTM D4935 modify
dB/cm
dB/cm
dB/cm
dB/cm
dB/cm
dB/cm
dB/cm
20.3
52.5
70.8
75.0
64.4
SPECIFICATIONS
/ Sheet form
/ Die-cut parts
Surface resistivity
>10¹¹
ASTM D257
ASTM D257
Ohm
Volume resistivity
>10
¹⁰
Ohm-m
FREQUENCY APPLICATION
2.4 GHz
Wi-Fi Router , Bluetooth
3.5 GHz
5G Mobile Networks
5.0 GHz
Wi-Fi Router
12~18 GHz
Low Earth Orbit (LEO) System
28 GHz
5G Mobile Networks
39 GHz
5G Mobile Networks
THERMAL
Thermal conductivity
Thermal impedance@10 psi
Thermal impedance@20 psi
Thermal impedance@30 psi
Thermal impedance@40 psi
Thermal impedance@50 psi
3.0
ASTM D5470
ASTM D5470
ASTM D5470
ASTM D5470
ASTM D5470
ASTM D5470
W/m*K
0.634
0.606
0.579
0.551
0.516
°C-in²/ W
°C-in²/ W
°C-in²/ W
°C-in²/ W
°C-in²/ W
Attenuation
Thermal Resistance vs. Pressure vs. Deflection
Note: All
specifications provided by LiPO
L
Y
a
re subject to change without notice. The test methods used by LiPO
L
Y
a
re based on the TIM Tester method and ASTM D5470 test method. These test methods are used
as the definition standards for LiPO
L
Y.
P
roperty values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the
purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product
under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPO
L
Y
m
akes no warranty as to the suitability, merchantability, or non-infringement of any LiPO
L
Y
material or product for any specific or general uses. LiPO
L
Y
s
hall not be liable for incidental orconsequential damages of any kind. All LiPO
L
Y
p
roducts are sold in accordance with the LiPO
L
Y
T
erms and Conditions in
effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPO
L
Y
t
rademarks or registered trademarks of LiPO
L
Y
o
r its affiliates. Statements concerning possible
or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2022 LiPO
L
Y.
