EYGA091203A Panasonic, EYGA091203A Datasheet - Page 4

• Manufacturer Part Number: EYGA091203A
• Description: PYROLYTIC GRAPHITE THERMAL INSULATOR PGS
• Manufacturer: Panasonic

Specifications of EYGA091203A

• Length: 12mm
• Overall Width: 90mm
• Thermal Conductivity: 1700W/m.K
• External Depth: 0.025mm

✽✽ Please consult if the quantity of orders is little.
[High heat resistance type]
(Insulation & Adhesive)
[Special processing]
PGS Graphite Sheet
[Standard series]
[Standard series]
Laminated Type
PGS 70, 25 µm
PGS 70, 25 µm
PGS 70, 25 µm
Adhesive Type
PGS 100 µm
Only
Item
A-MM type
M-SW type
A-PM type
A-PM type
A-SM type
A-SM type
M-SS type
A-PA type
A-PA type
A-RV type
A-RV type
A-KV type
A-KV type
A-M type
C-C type
A-A type
A-A type
A-V type
A-V type
Part No.
100 µm
100 µm
100 µm
100 µm
S type
S type
S type
25 µm
25 µm
25 µm
25 µm
25 µm
25 µm
25 µm
25 µm
25 µm
70 µm
70 µm
70 µm
70 µm
70 µm
70 µm
70 µm
70 µm
70 µm
Minimum order
EYGS091210
EYGS121810
EYGS182310
EYGS091207
EYGS121807
EYGS182307
EYGS091203
EYGS121803
EYGA091207A
EYGA121807A
EYGA091203A
EYGA121803A
EYGA091207M
EYGA181207M
EYGA091203M
EYGA121803M
EYGA091207PA
EYGA121807PA
EYGA091203PA
EYGA121803PA
EYGA091207PM
EYGA121807PM
EYGA091203PM
EYGA121803PM
EYGA091207SM
EYGA121807SM
EYGA091203SM
EYGA121803SM
EYGA091207V
EYGA121807V
EYGA091203V
EUGA121803V
EYGA091207RV
EYGA121807RV
EYGA091203RV
EYGA121803RV
EYGA091207KV
EYGA121807KV
EYGA091203KV
EYGA121803KV
EYGC091210C
EYGC121810C
EYGM091210SS
EYGM121810SS
EYGM091210SW
EYGM121810SW
Type
180×230 mm
180×230 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
115×180 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
90×115 mm
Size
“PGS” Graphite Sheets
Minimum order
01
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
Nov. 2009