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T 308 F
Elektrische Eigenschaften Hochstzulassiae Werte Periodische Vorwarts- und Ruckwarts-Spitzensperrspannung Vorwarts-Stospitzensperrspannung Ruckwarts-Stospitzensperrspannung Durchlastrom-Grenzeffektivwert Dauergrenzstrom Stostrom-Grenzwert Grenzlastintegral Kritische Stromsteilheit Kritische Spannungssteilheit Electrical properties Maximum rated values repetitive peak forward off-state and reverse voltages non repetitive peak forward off-state voltage non repetitive peak reverse voltage RMS on-state current average on-state current surge current Ft-value critical rate of rise of on-state current critical rate of rise of off-state voltage
t, = -40% t, max
-
VDRM,
VRRM
200,400 v 600 V
t, = -4ooC...t",,,,
VDS, = VD,,
t, = + 25"C...t",,,,
VRSM
= %RM
+50
v A A A A A kA2s kA's Albs v/!_ls Vlps Vlps Vlps
tc = 85C tc = 71C t, = 25C t, = 10 ms t, = t, max, t, = 10 ms t, = 25"C, t, = 10 ms t, = t, max, t, = 10 ms V~ 5 67% YDRM, f = 50 Hz IGM = 0,8 A, diG/dt = 0,8 Alps t, = t, max3 "g = 87% V,,,
600 300 382 4600 ITSM 4000 I't 106 80 300 (dildt),, `) `) (dv/dt),, B: 50 50 c*: 500 500 L: 500 50 M*: 1000 500
ITRMSM ITAVM
Charakteristische Werte Durchlaspannung Schleusenspannung Ersatzwiderstand Zundstrom Zundspannung Nicht zundender Steuerstrom Nicht zundende Steuerspannung Haltestrom Einraststrom Vorwarts- u. Ruckwarts-Sperrstrom undverzug Freiwerdezeit
Characteristic values on-state voltage threshold voltage slope resistance gate trigger current gate trigger voltage gate non-trigger current holding current latching current forward off-state and reverse Currents gate controlled delay time circuit commutated turn-off time
t, = t,
max,
iT = 1000 A
VT vT(T0) IT IGT VGT IGD VGD IH IL
max.
1,9
1
v
v
t, = t, max t, = t, max t, = 25"C, VD = 8 V t, = 25C vg = 6 V t, = t, maxr vD=Gv t, = t, max, VD = 015 VD,, t",=25"C,vD=6V,RA=5a t, = 25"C, YD = 6 V, RGK > 10 D IGM = O,EA, dlG/dt = O,EA@, tg = 20 fis t, = t, maxz kl = VDRM, VR = VRRM t, = 25C iGM = 0,8 A, diG/dt = 0,8 Alps siehe Techn. Erl./see Techn. Inf.
max. max. max. max. max. max.
0,7 mS2 200 mA 2 v 10 mA 0,25 V 200 mA 1 A 30 134 12 15 20 mA ps ps us ps
max. iD, iR max. !3d C*: m a x . t, max. D: max. E:
I Innerer Warmewiderstand
fur beidseitige Kuhlung
Thermische Eigenschaften
Thermal properties thermal resistance, junction to case for two-sided cooling for anode-sided cooling for cathode-sided cooling thermal resistance, case to heatsink max. junction temperature Operating temperature storage temperature Mechanical properties Si-pellet with pressure contact Clamping force weight Creepage distance humidity classification Vibration resistance outline F G
DIN 40040 f=50Hz DIN 41814-151A4 0=180"el,sin DC RthJc
fur anodenseitige Kuhlung fur kathodenseitige Kuhlung Ubergangswarmewiderstand Hochstzul. Sperrschichttemperatur Betriebstemperatur Lagertemperatur Mechanische Eigenschaften Si-Element mit Druckkontakt Anprekraft Gewicht Kriechstrecke Feuchteklasse Schwingfestigkeit Mabild
l
8= lEO"el,sin DC 9 = 180" el, sin DC beidseitigkao-sided einseitiglone-sided
RthJC(A)
RthJC(K)
R thCK t, max
max. max. max. max. max. max. max. max.
t COP
t stg
0,108 "CIW 0,099 "CIW 0,189"CIW 0,18 "CIW 0,232 "CIW 0,22 "C/w 0,015"cIw 0,03 "CIW 140C -4o... + 140C -4o... + 140C
-
2,5...5 kN tYP. 70g 17 mm C 50 m/sz Seite/page 154
Fur groere Stuckzahlen bitte Liefertermin erfragen/Delivery for larger quantities on request
1) Werte nach DIN IEC 747-6 (ohne vorausgehende Kommutierung)/Values to DIN IEC 747-6 (without prior commutation) 2) Unmittelbar nach der Freiwerdezeit, vgl. Mebedingungen fur t,/lmmediately after circuit commutated turn-off time, see Parameters t,
74 gate non-trigger voltage Z
T 308 F
BildlFig. 1
Bild/Fig. 4
40
`-
bo
eo
100
4p
TYWFL
60
100
;r_
400
bw
1
2
4 6 10 ins- I
t dlT/dt [ALUS]
-
to -
BildlFig. 2
BildlFig. 5
4166_-_
1
l
1
/
1
IIIII
9".
5 400 600 _:_m4 tP -
b
8
4P- `"- ;:
7y*r,
7303 FIO
BildlFig. 3 BildlFig. 1, 2, 3 Steuergeneratodpulse generator: iG = 0,8 A, dialdt = 0,6 Alfis RC-GliedlRC-network: R [nl 2 0,02 "DM IV] C 5 0,22 PF VDM 5 067 VDRM
BildlFig. 6 BildlFig. 4, 5, 6 Steuergenerator/pulse generator: is = 0,6 A, dialdt = 08 Alws RC-Glied/RC-netwoik: R [61] 2 0,02 VDM [VI C 5 0,33 PF VDM 5 0,67 VD,, dvR/dt 5 400 V/PS VRM c 0.07 V,,,
75
T 308 F
x)<
t ITM4
CII
2
10'
e
6 4
2
BildlFig. 10
BildlFig. 13
4=,,:
TacaFU
400600
i
2 -Ins a hv -
BildlFig. 11
BildlFig. 14
I
10'
rni
e
BildlFig. 12 Bild/Fig. 10, 11, 12 Steuergenerator/pulse generator: ia = 0,8 A, dialdt = 0,8 Alws RC-GliedlRC-network: R In1 2 0,02 "DM [VI C 5 0,33 pF VDM 5 067 VD,, dvnldt c 400 V/ps NM c 067 Vrm,
BildlFig. 15 (zu Bildho Fig. 13) Steuergenerator/pulse generator: ia = 0,8 A, disldt = 0,8 Alps RC-GliedlRC-network: R hl 2 0,02 "DM [VI C c 0.22 ~JF
76
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