T160N18EOF Infineon Technologies, T160N18EOF Datasheet - Page 3

• Manufacturer Part Number: T160N18EOF
• Description: SCR Modules 1.8KV 3.8KA
• Manufacturer: Infineon Technologies

Specifications of T160N18EOF

• Rated Repetitive Off-state Voltage Vdrm: 1800 V
• Off-state Leakage Current @ Vdrm Idrm: 30 mA
• Holding Current (ih Max): 200 mA
• Mounting Style: Stud
• Package / Case: TFL36
• Breakover Current Ibo Max: 3800 A
• Gate Trigger Current (igt): 150 mA
• Gate Trigger Voltage (vgt): 1.4 V
• Repetitive Peak Forward Blocking Voltage: 1800 V

i
[A ]
t
[°C]
t
[°C]
T
C
A
100 0
80 0
60 0
40 0
20 0
12 0
10 0
12 0
10 0
8 0
6 0
4 0
2 0
8 0
6 0
4 0
2 0
0
0,8
0
0
T 160 N / 1
Bild / Fig. 1
Durchlaßkennlin ien / On-state chara cteristics i
a - Typisch e K ennlin ien / typical characteristics
b - Gren zkennl inien / limiting characte ristics
T 160 N / 3
Bild / Fig. 3
Höchstzulässige Gehä use tempe ratur / Ma x. a llowable case tempera tur e
t
Par amete r: Stromflu ßwinkel / Curren t conduction angle
T 160 N / 5
C
= f(I
1,0
TAVM
)
1,2
50
40
1 ,4
t
vj
= 30°
= 30°
= +25°C
a
1,6
100
1,8
8 0
60°
60°
b
2,0
90°
T
= f(v
90°
2,2
t
vj
T
)
= +125°C
I
I
120°
120
150
TAVM
120°
TAVM
2,4
v
T
180°
[A]
[A ]
[V]
0
0
2 ,6
180°
160
2,8
20 0
P
[W]
t
[°C]
Bild / Fig. 5
Hö chstzu lässig e K ühlmitteltempera tur / Max. all owa ble co oling medium
tempe ratur t
Ve rstärkte L uftkühlung / forced air cooling
Kühlkörp er / He atsink: K1 .1- M1 2-A, V
Parameter: S tro mflußwinkel / Cu rrent con duction an gle
A
TAV
400
300
200
100
120
100
80
60
40
20
0
0
T 160 N / 2
Bild / Fig. 2
Durchlaßve rlustle istung / O n-state power loss P
Para me ter : Stromflußwinkel / Curren t co nducti on angle
T 160 N / 4
Bild / Fig. 4
Höch stzulässig e K ühlmitteltemper atu r / Max. all owa ble co oling medium
te mp erature t
Luftseb stkü hlung / Natural air- coo ling
Küh lkör per / Heatsin k: K 1.1 -M12-A
Para me ter : Stromflußwinkel / Curren t co nducti on angle
0
A
= f(I
TAVM
50
A
)
= f(I
= 30°
2 0
TAVM
)
100
60°
= 30°
L
= 30 l/s
90°
150
40
60°
120°
90°
180°
TAV
200
120°
= f(I
I
TAV
TAV
I
180°
TAVM
60
)
DC
[A]
250
[A]
T 160 N
0
300
80