E-Cu-rope Siliconcoat E-Cu-rope Siliconcoat yellow E-Cu-cable
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E-Cu-rope Siliconcoat E-Cu-rope Siliconcoat yellow
E-Cu-cable
Plug
Silicon tube
SW27
June 1996
Periodische Dauergrenzstrom Grenzlastintegral Kritische Stromsteilheit Kritische Spannungssteilheit
Elektrische Eigenschaften Werte
repetitive peak forward off-state reverse voltages non-repetitive peak forward off-state voltage non-repetitive peak reverse voltage on-state current average on-state current surge current t-value critical rate rise on-state current critical rate rise off-state voltage
Electrical properties Maximum rated values
-40°C.t -40°C.t +25°C.t
VDRM VRRM VDSM VDRM VRSM VRRM ITRMSM
6300 5500 198000 151000 A/µs
100°C 45°C, 45°C, 67%, vL=10 0,75 G/dt =0,75 A/µs 5.Kennbuchstabe/5th letter 5.Kennbuchstabe/5th letter
ITAVM ITSM (di/dt)cr (dv/dt)cr
V/µs 1000 V/µs
Charakteristische Werte
Schleusenspannung Ersatzwiderstand Nicht Steuerstrom Nicht Steuerspannung Haltestrom Einraststrom Freiwerdezeit
Characteristic values
on-state voltage threshold voltage slope resistance gate trigger current gate trigger voltage gate non-trigger current gate non-trigger voltage holding current latching current forward off-state reverse currents gate controlled delay time circuit commutated turn-off time °C,v =0,75 =0,75 A/µs, max, VDRM VRRM tvj=25°C, =0,75 A,di G/dt =0,75 A/µs ITAVM 0,67 dvD/dt V/µs, T/dt A/µs Kennbuchstabe letter max. max. typ. VT(TO) max. 0,85 max. max. max. max. max. max.
Innerer
Thermische Eigenschaften
thermal resistance, junction case max. junction temperature operating temperature storage temperature
Thermal properties
=180°
RthJC tstg
max. 0,15 °C/W max. 0,14 °C/W -40.+140 -40.+150
Betriebstemperatur Lagertemperatur
Si-Elemente Druckkontakt Anzugsdrehmoment Gewicht Kriechstrecke Feuchteklasse Schwingfestigkeit
Mechanische Eigenschaften
Si-pellet with pressure contact tightening torque weight creepage distance humidity classification vibration resistance outline
Mechanical properties
design 40040 892-204B3/TO 94/TO Titelseite Front page 20.30 typ.
1000
+140°C +25°C
Bild Fig. On-state characteristics f(vT) Typische Kennlinien Typical characteristics Grenzkennlinien Limiting characteristics
PTAV
120°
180°
[°C]
120° 180°
ITAV
ITAVM
Bild Fig. On-state power loss PTAV f(ITAV) Parameter: Current conduction angle
Bild Fig. Maximum allowable case temperature f(ITAVM)
[°C]
[°C]
120° 180°
120° 180°
ITAVM
ITAVM
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Natural air-cooling Heatsink: KL42
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Forced air-cooling Heatsink: KL42
[°C]
[°C]
120° 180°
120° 180°
ITAVM
ITAVM
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Natural air-cooling Heatsink: KL91
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Forced air-cooling Heatsink: KL91
PTAV
120°
180°
[°C]
120° 180°
ITAVM
ITAV
Bild Fig. On-state power loss PTAV f(ITAV) Parameter: Current conduction angle
Bild Fig. Maximum allowable case temperature f(ITAVM)
[°C]
[°C]
120°
180° 120° 180°
ITAVM
ITAVM
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Natural air-cooling Heatsink: KL42
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Forced air-cooling Heatsink: KL42
[°C]
[°C]
120°
180°
120° 180°
ITAVM
ITAVM
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Natural air-cooling Heatsink: KL91
Bild Fig. Maximum allowable cooling medium temperature f(ITAVM) Forced air-cooling Heatsink: KL91
0,25
ZthJC [°C/W]
0,20
0,15
0,10
120° 180°
0,05
Bild Fig. Transienter innerer sinus- Stromverlauf Transient thermal impedance, junction case sinusoidal square wave current ZthJC f(t)
ITAV(vor)
ITAV(vor)
IT(OV) [kA]
IT(OV) [kA]
Bild Fig. Overload on-state current IT(OV) f(t) Natural cooling, 45°C Heatsink: KL42 Parameter: Vorlaststrom Pre-load current ITAV(vor)
Bild Fig. Overload on-state current IT(OV) f(t) Forced air-cooling, 35°C Heatsink: KL42, Parameter: Vorlaststrom Pre-load current ITAV(vor)
ITAV(vor) ITAV(vor)
IT(OV) [kA]
IT(OV) [kA]
Bild Fig. Overload on-state current IT(OV) f(t) Natural cooling, 45°C Heatsink: KL91 Parameter: Vorlaststrom Pre-load current ITAV(vor)
Bild Fig. Overload on-state current IT(OV) f(t) Forced air-cooling, 35°C Heatsink: KL91, Parameter: Vorlaststrom Pre-load current ITAV(vor)
1000
ITAV(vor)
1000
ITAV(vor)
ITINT
ITAV(vor)
ITINT
ITAV(vor)
ITAV(vor) ITINT
ITAV(vor) ITINT
10-1
ITINT
10-1 5102
ITINT
Bild Fig. Aussetzbetrieb Max. allowable on-state current intermittent operation ITINT =f(ED) Natural cooling, 45°C Heatsink: KL42 Parameter: Spieldauer Cycle duration Vorlaststrom Pre-load current ITAV(vor) 1000
ITAV(vor)
Bild Fig. Aussetzbetrieb Max. allowable on-state current intermittent operation ITINT =f(ED) Forced air-cooling, 35°C Heatsink: KL42 Parameter: Spieldauer Cycle duration Vorlaststrom Pre-load current ITAV(vor) 1000
ITAV(vor) =200
ITINT
ITAV(vor)
ITINT
ITAV(vor)
ITAV(vor) ITINT
ITAV(vor) ITINT
10-1
ITINT
10-1 5102
ITINT
1000
Bild Fig. Aussetzbetrieb Max. allowable on-state current intermittent operation ITINT =f(ED) Natural cooling, 45°C Heatsink: KL91 Parameter: Spieldauer Cycle duration Vorlaststrom Pre-load current ITAV(vor)
Bild Fig. Aussetzbetrieb Max. allowable on-state current intermittent operation ITINT =f(ED) Forced air-cooling, 35°C Heatsink: KL91 Parameter: Spieldauer Cycle duration Vorlaststrom Pre-load current ITAV(vor)
IT(OV)M [kA]
IT(OV)M [kA]
35°C,
35°C,
45°C,
45°C,
10-1
Bild Fig. Grenzstrom Max. overload on-state current T(OV)M f(t), VRRM Natural cooling, 45°C, Forced air-cooling, 35°C Heatsink: KL42 Belastung Surge current occurs: Leerlauf No-load conditions Betrieb Dauergrenzstrom During operation max. average on-state current ITAVM
Bild Fig. Grenzstrom Max. overload on-state current IT(OV)M f(t), VRRM Natural cooling, 45°C, Forced air-cooling, 35°C Heatsink: KL91 Belastung Surge current occurs: Leerlauf No-load conditions Betrieb Dauergrenzstrom During operation max. average on-state current ITAVM
[µs]
25°C
1005
10-2
10-1
10-1
Bild Fig. Steuercharakteristik Gate characteristic with trigging areas f(iG), Parameter: [ms] Steuerimpulsdauer Puls duration Spitzensteuerleistung Maximum allowable peak gate power
Bild Fig. Gate controlled delay time f(iGM), 25°C, diG/dt iGM/1µs Maximaler Verlauf Limiting characteristic Typischer Verlauf Typical characteristic
[µAs]
1000
Bild Fig. abkommutierenden Stromsteilheit Recovered charge versus rate decay forward on-state current f(di/dt) max, VRRM, VRRM angegebene Verlauf aller Elemente These curves valid devices Parameter: On-state current i
-di/dt [A/µs]
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