T160N Infineon Technologies, T160N Datasheet - Page 4

• Manufacturer Part Number: T160N
• Manufacturer: Infineon Technologies

Specifications of T160N

• Vdrm/ Vrrm (v): 1,200.0 - 1,800.0 V
• Itsm: 3,400.0 A
• Itavm: 160 (180 ° el sin)
• Housing: SW27 M12 + FL36 Flansch flange
• Configuration: Phase Control Thyristors / SCR

t
[°C]
P
[W]
t
[°C]
A
A
TAV
12 0
10 0
40 0
30 0
20 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
0
T 160 N / 6
Bild / Fig. 6
Höchstzulässige Kühlmitte lte mp eratur / Max. allowable coolin g med ium
temperature t
Luftsel bstkühlun g / Na tura l ai r-co oling
Küh lkö rper / Heatsi nk: K0.55-M12-A
Par amete r: Stromflu ßwinkel / Curren t conduction angle
T 160 N / 8
Bild / Fig. 8
Durchlaßverlustl eistun g / O n-sta te power loss P
Par amete r: Stromflu ßwinkel / Curren t conduction angle
T 160 N / 10
Bild / Fig. 10
Höchstzulässige Kühlmitte ltempe ratur / Ma x. a llowable cooling mediu m
temperatur t
Luftsel bstkühlun g / Na tura l ai r-co oling
Küh lkö rper / Heatsi nk: K1.1-M12-A
Par amete r: Stromflu ßwinkel / Curren t conduction angle
0
5 0
A
A
= f(I
20
= f(I
20
TAVM
TAVM
= 30°
)
)
10 0
60°
4 0
= 30°
= 30°
150
4 0
90°
60°
60
120°
60°
TAV
200
= f(I
180°
90°
90°
I
I
TAV
I
TAV
TAVM
TAVM
120°
60
DC
)
[A ]
80
180°
[A ]
250
[A]
0
0
120°
DC
180°
30 0
10 0
80
t
[°C]
t
[°C]
t
[°C]
A
C
A
120
100
120
100
120
100
80
60
40
20
80
60
40
20
80
60
40
20
0
0
0
T 160 N / 7
Bild / Fig. 7
Höch zu lässige K ühlmitteltempera tur / Max. all owa ble co oling medium
te mp eratur t
Verstär kte Luftkühlkühlu ng / Forced air coo ling
Küh lkör per / Heatsin k: K 0.5 5-M12-A, V
Para me ter : Stromflußwinkel / Curren t co nducti on angle
T 160 N / 9
Bild / Fig. 9
Höch stzulässi ge Gehäu setemper atu r / Max. al lowable case temperature
t
Para me ter : Stromflußwinkel / Curren t co nducti on angle
T 160 N / 11
Bild / Fig. 11
Höch stzulässig e K ühlmitteltemper atu r / Max. all owa ble co oling medium
te mp eratur t
Verstär kte Luftküftkühlu ng / fo rce d a ir cooli ng
Küh lkör per / Heatsin k: K 1.1 -M12-A, V
Para me ter : Stromflußwinkel / Curren t co nducti on angle
C
= f(I
TAVM
4 0
)
A
A
= f(I
= f(I
= 30°
8 0
4 0
50
TAVM
TAVM
= 3 0°
)
)
60°
= 30°
120
90°
100
160
60°
80
120°
L
60°
L
= 30 l/s
= 50 l/s
90°
2 00
180°
90° 120°
I
120°
I
2 40
I
1 20
TAVM
150
TAVM
TAVM
1 80°
[A]
[A]
[A]
180°
T 160 N
DC
0
0
0
280
DC
320
160
20 0