EYGA091207A Panasonic, EYGA091207A Datasheet - Page 2

• Manufacturer Part Number: EYGA091207A
• Description: PYROLYTIC GRAPHITE THERMAL INSULATOR PGS
• Manufacturer: Panasonic

Specifications of EYGA091207A

• Length: 12mm
• Overall Width: 9mm
• Thermal Conductivity: 950W/m.K
• External Depth: 0.07mm

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✽ Please contact our engineering section or factory about to special applications.
Design and specifi cations are each subject to change without notice. Ask factory for the current technical specifi cations before purchase and/or use.
Should a safety concern arise regarding this product, please be sure to contact us immediately.
Heat-conductive sheet
Magnesium alloy
Conventional graphite
Withstand temperature
100
µm
µm
µm
Stainless steel
70
25
Standard Size
Thermal conductivity of PGS compared to other
Electric fi eld shield performance
Rating and Characteristics
Standard series ( PGS 100, 70, 25 µm )
Pure copper
Front face
Rear face
Maximam
Structure
Features
PGS 100 µ
Aluminum
PGS 25 µ
PGS 70 µ
Type
Pure iron
size
Thickness
Thickness
Thickness
Part No.
Part No.
Part No.
0
· High Thermal Conductivity
· Low Thermal
· Available up to 400 °C
· Conductive Material
Coefficient of thermal conductivity (W/(m·k))
115
200
High Flexibility
Resistance
PGS
Graphite sheet
115
180
EYGS121810
EYGS121807
EYGS121803
PGS Only
180 mm(25 µm)
400
100 µm
400 °C
S type
70 µm
25 µm
180 mm
230 mm
–
–
600
800
140
130
120
110
100
90
80
70
60
50
40
30
20
10
Thermal conductivity:
2 to 4 times as high as copper,
Specific gravity:
1/10 to 1/4 that of copper
· With insulation material
· With strong adhesive
· Withstanding Voltage
0
Acrylic Adhesive
tape 30 µm
on one side
tape for putting chassis
: 2 kV
Insulative adhesion
10
PGS
Graphite sheet
115
EYGA091207A
EYGA091203A
1000 1200 1400 1600
Separating paper
90
type 30 µm
Effect of electric field shield
A-A type
100 °C
100 µm
55 µm
115 mm
–
180 mm
–
–
Adhesive Type
Effect of shield (dB)=–20 log (Vs/V0)
Effect of magnetic field shield
· With insulation material
· Low thermal resistance
· Withstanding Voltage
adhesion type 10 µm
a-b plane(KEC method)
Acrylic Adhesive
tape 10 µm
on one side
comparison with A-A type
: 1 kV
100
PGS
Graphite sheet
EYGA091207M
EYGA091203M
115
Separating paper
Insulative thin
90
Frequency (MHz)
A -M type
100 °C
80 µm
35 µm
115 mm
–
180 mm
–
–
■
Layered structure of PGS
adhesion type 30 µm
· With insulation material
· Withstanding Voltage
standard type 30 µm
1000
Acrylic Adhesive
tape 30 µm
PGS Graphite sheet
on both side
PET tape : 4 kV
Adhesive Tape : 2 kV
EYGA091207PA
EYGA091203PA
Separating paper
115
Polyester tape
90
A-PA type
Insulative
Polyester(PET)
tape 30 µm
100 °C
130 µm
85 µm
115 mm
180 mm
–
‒
Laminated type (Insulation & Adhesive)
a-b plane
10000
· With insulation material
· Withstanding Voltage
adhesion type 10 µm
standard type 30 µm
Acrylic Adhesive
tape 10 µm
PGS Graphite sheet
on both side
PET tape : 4 kV
Adhesive Tape : 1 kV
EYGA091207PM
EYGA091203PM
115
Polyester tape
Separating paper
Insulative thin
90
“PGS” Graphite Sheets
A-PM type
Polyester(PET)
110 µm
tape 30 µm
100 °C
65 µm
115 mm
180 mm
–
–
· With insulation material
· Withstanding Voltage
adhesion type 10 µm
Acrylic Adhesive
tape 10 µm
PGS Graphite sheet
on both side
PET tape : 1 kV
Adhesive Tape : 1 kV
EYGA091207SM
EYGA091203SM
thin type 10 µm
115
Polyester tape
Separating paper
Insulative thin
90
3.354 to 3.356
A-SM type
Polyester(PET)
100 °C
tape 10 µm
01
90 µm
45 µm
115 mm
180 mm
–
–
Nov. 2009
10
-8
cm