T589N Eupec GmbH & Co KG, T589N Datasheet - Page 6

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T589N

Manufacturer Part Number
T589N
Description
Manufacturer
Eupec GmbH & Co KG
Datasheet

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Q
[ µAs ]
Z
[ °C/W ]
Z
[ °C/W ]
thJC
thJC
r
0,10
0,08
0,06
0,04
0,02
0,1 2
0,0 8
0,0 6
0,0 4
0,0 2
10
10
10
4
6
4
2
3
8
6
4
2
2
0
0
8
10
10
1
T 588N / 19
Bild / Fig. 19
Spe rrverzögerun gsladung / Recovered charg e Q
t
Par amete r: Durchlaßstrom / On-state curre nt i
T 588 N / 21
Bild / Fig. 21
Tr ansienter innere r Wärmewide rstand / Tra nsient thermal impeda nce
Z
Bei dse itig e K ühlun g / Two -si ded co oling
Par amete r: Stromflu ßwinkel / curren t co nduction angle
T 588 N / 23
B ild / Fi g. 23
Transienter inne rer Wä rmewi dersta nd / Transient the rma l impe dance
Z
A noden se itige K ühlung / A node- side d coo ling
P arameter: Stromflußwi nke l / curr ent condu ction ang le
vj
-3 2
-3
thJC
thJC
= t
0
0
vj max
2
= f( t)
= f(t)
4 6
2
, v
4
R
1 0
6
= 30°
= 0,5 V
120°
180°
60°
90°
DC
-2 2
1 0
120°
180°
-2
30°
60°
90°
DC
4
RRM
4 6
2
, v
6
RM
10
4
-1
= 0,8 V
6
8
2
10
10
-1
4 6
RRM
2
10
TM
0
20
r
4
2
= f(di/d t)
-di/dt [ A/µs ]
6
500 A
4 6
10
0
10
40
t [ s ]
t [ s ]
1
2
i
TM
2
60
= 1000 A
4
4 6
200 A
100 A
80
6
50 A
20 A
100
1 0
10
2
1
Z
[ °C/W ]
Z
[ °C/W ]
Analytische Ele me nte de s tr ansienten Wä rmewidersta ndes Z
Analytica l el ements of transient the rma l impe dance Z
Beidseitig / Two-sided
Anode nseiti g / A node -sid ed
Kathoden se itig / Cathode -sid ed
Analytische Funktio n / Analytical functio n:
Z
R
R
R
thJC
thJC
thJC
n
n
n
0 ,12
0 ,08
0 ,06
0 ,04
0 ,02
0,10
0,08
0,06
0,04
0,02
thn
thn
thn
[s]
[s]
[s]
Pos. n
Pos. n
Pos. n
0
[°C/W]
[°C/W]
[°C/W]
0
=
10
10
T 588 N / 20
Bi ld / Fig . 20
Transienter inner er Wär me wid erstan d / Transient ther mal imped ance
Z
Be idseitige Kühlu ng / Two-sided cooling
Pa rameter: Stromflußwin kel / curre nt conduction angle
T 588 N / 22
Bild / Fig. 2 2
Tra nsi enter in nerer Wärmewider stand / Tra nsie nt thermal impedan ce
Z
Ano denseitige Kühlu ng / Anod e-sided cooling
Para me ter : Stromflußwinkel / current co nductio n a ngle
n
n=1
-3 2
-3 2
thJC
thJC
max
0
0
R
= f(t)
= f(t)
thn
0,00043
0,00027
0,00034
0,00024
0,00026
0,00019
4 6
(1-e
4
1
1
1
1 0
6
t -
= 30°
120°
180°
n
60°
90°
-2 2
10
)
120°
180°
-2
30°
60°
90°
0 ,00 557
0 ,00 221
0,005 41
0,002 1
0,005 24
0,001 92
=
4 6
2
2
2
2
1 0
4
-1
6
2
0,019
0,085
0,00486
0,0376
0,0132
0,0562
10
4 6
-1
3
3
3
2
10
thJC
T 588 N, T 589 N
0
0 ,01 6
0 ,36
0,023 4
0,158
0,034 6
0,65
4
2
p er arm for DC
6
thJC
4 6
4
4
4
10
0
pro Zweig fü r DC
10
t [ s ]
t [ s ]
1
2
0,036
2,47
0,0468
2,91
2
4
5
5
5
4 6
6
10
10
2
1

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