D291S [ETC]

SCR / Diode Presspacks ; SCR /二极管Presspacks\n
D291S
型号: D291S
厂家: ETC    ETC
描述:

SCR / Diode Presspacks
SCR /二极管Presspacks\n

二极管
文件: 总4页 (文件大小:62K)
中文:  中文翻译
下载:  下载PDF数据表文档文件
European Power-  
Semiconductor and  
Electronics Company  
Marketing Information  
D 291 S  
+0,  
ø3,5  
C
±0,2  
deepth = 4  
on both  
A
Applikation: Beschaltungsdiode zu GTO - Vorrichtungen  
Application: Snubberdiode at GTO - Inverter  
VWK January  
Schnelle Gleichrichterdiode  
Fast Diode  
D 291 S  
Elektrische Eigenschaften / Electrical properties  
Höchstzulässige Werte / Maximum rated values  
Periodische Spitzensperrspannung  
3500V, 4000V  
4500 V  
3600V, 4100  
repetitive peak reverse voltage  
tvj = -40°C...140°C  
tvj = +25°C...140°C  
VRRM  
Stoßspitzensperrspannung  
non-repetitive peak reverse voltage  
VRSM  
IFRMSM  
IFAVM  
4600 V  
700 A  
Durchlaßstrom-Grenzeffektivwert / RMS forward current  
Dauergrenzstrom / mean forward current  
tC = 85°C  
290 A  
tC = 51°C  
445 A  
1)  
Stoßstrom-Grenzwert  
tvj = 25°C  
IFSM  
5200 A  
4500 A  
1)  
surge forward current  
tvj = 125°C  
Grenzlastintegral  
tvj = 25°C  
I²t  
135000  
I²t-value  
tvj = 125°C  
100000 A²s  
700 A/µs  
Kritische periodische Ausschaltstromsteilheit  
critical repetitive rate of fall of on - state  
tvj = 125°C, IFM = 3000 A, VRM = 1600 V  
C = 0,125 µF, R = 6W  
(-di/dt)  
com  
Charakteristische Werte / Characteristic values  
Durchlaßspannung / forward voltage  
tvj = 125°C iFM = 1200 A  
tvj = 125°c  
VF  
V(TO)  
rT  
4,15 V  
1,9 V  
Schleusenspannung / threshold voltage  
Ersatzwiderstand / forward slope resistance  
Sperrstrom / reverse current  
tvj = 125°C  
1,76 mW  
ca. 30 mA  
50 mA  
tvj = 125°C, v = 0,67 V  
iR  
R
RRM  
tvj = 125°C, v = VRRM  
R
Rückstromspitze / peak reverse recovery current  
iFM = 1000 A, -dFi/dt = 250 A/µs  
tvj = 125°C; vR(Spr) = 1000 V;  
C = 0,125 µF; R = 6W  
IRM  
500 A  
Sperrverzögerungsladung  
recovered charge  
iFM = 1000 A, -dFi/dt = 250 A/µs  
tvj = 125°C; vR(Spr) = 1000 V;  
C = 0,125 µF; R = 6W  
Qrr  
950 µAs  
Thermische Eigenschaften / Thermal properties  
Innerer Wärmewiderstand  
Kühlfläche / cooling surface  
beidseitig / two-sided  
RthJC  
thermal resistance, junction to case  
0,04 K/W  
0,08 K/W  
einseitig / single-sided  
Kühlfläche / cooling surface  
beidseitig / two-sided  
Übergangs-Wärmewiderstand  
RthCK  
thermal resistance, case to heatsink  
0,006 K/W  
0,012 K/W  
einseitig / single-sided  
Höchstzulässige Sperrschichttemp. / max. junction temperat.  
Betriebstemperatur / operating temperature  
tvjmax  
tc op  
tstg  
125 °C  
-40...+125 °C  
-40...+150 °C  
Lagertemperatur / storage temperature  
Mechanische Eigenschaften / Mechanical properties  
Gehäuse, siehe Anlage / case, see appendix  
Anpreßkraft /clamping force  
Seite / page 1  
F
9...13 kN  
ca. 250 g  
20 mm  
30 mm  
C
Gewicht / weight  
G
Luftstrecke / air distance  
Kriechstrecke / creepage distance  
Feuchteklasse / humidity classification  
Schwingfestigkeit / vibration resistance  
DIN 40040  
f = 50 Hz  
50 m/s²  
Mit dieser technischen Information werden Halbleiterbauelemente spezifiziert, jedoch keine Eigenschaften zugesichert. Sie gilt  
in Verbindung mit den zugehörigen Technischen Erläuterungen.  
This technical information specifies semiconductor devices but promises no characteristics. It is valid in combination with the  
belonging technical notes.  
D 291 S  
0,100  
0,075  
2000  
2
iF  
[A]  
1500  
1000  
500  
0
Z(th)JC  
Z(th)p  
[K/W]  
1
0,050  
0,025  
0
I
I
FAY  
FAY  
60°  
120°  
I
I
FAY  
FAY  
DC  
180°  
3 4 6 8  
180°  
3 4 6 8  
2
3 4 6 8  
2
3 4 6 8  
2
2
2 3 4 6 8  
1
2
3
4
5
6
0,001  
0,01  
0,1  
1
10  
t [s]  
100  
vF [V]  
D 291 S_02  
D 291 S_01  
Fig. 2  
Fig. 1  
Transient thermal impedance DC and impuls current  
(f = 50 Hz)  
Parameter: Current wave form  
On-state characteristics iF = f(VF)  
vj  
t
= 125°C  
Upper limit of scatter range  
Lower limit of scatter range  
1. single-sided cooling  
2. both-sided cooling  
0,030  
0,025  
300  
f = 50 Hz  
f = 60 Hz  
VFRM  
[V]  
D
rth  
[K/W]  
0,020  
0,015  
0,010  
0,005  
0
200  
f = 100 Hz  
100  
f = 200 Hz  
f = 500 Hz  
10  
V
FRM  
0
500  
1000  
1500  
2000  
2500  
20  
30  
40  
50  
60  
70  
80  
90 100  
ED [%]  
-di/dt [A/µs]  
l [°el]  
D 291 S_03  
D 291 S_08  
Fig. 3  
Fig. 4  
D rth = f(ED, frequency)  
Peak forward recovery voltage (typical values)  
Both-sided and one-sided cooling  
Current wave form:: squarewave  
Parameter: frequency  
tvj = 125°C  
tvj = 25°C  
D 291 S  
1000  
1000  
9
7
9
7
I
= 3000A  
FM  
1000A  
600A  
300A  
5
4
5
4
I
= 3000A  
FM  
1000A  
600A  
300A  
IRM  
[A]  
IRM  
[A]  
100A  
3
2
3
2
100A  
100  
100  
9
7
9
7
5
4
5
4
I
FM  
-di/dt  
Q
rr  
3
2
3
2
I
FM  
Q
rr  
-di/dt  
I
RM  
V
6
R(Spr)  
7 8 9  
I
RM  
V
R(Spr)  
2
3
4
5
6
7 8 9  
2
3
4
5 6 7 8 9  
2
3
4
5
6
7 8 9  
2
3
4
5
10  
10  
10  
10  
100  
1000  
100  
1000  
-di/dt [A/µs]  
-di/dt [A/µs]  
D 291 S_05  
D 291 S_04  
Fig. 5  
Fig. 6  
Reverse recovery current (upper limit ca. 98% value)  
IRM = f(di/dt)  
Reverse recovery current (lower limit ca. 2% value)  
IRM = f(di/dt)  
Parameter: I  
Parameter: I  
FM  
£ 125°C; C = 0,125 µF  
FM  
£ 125°C; C = 0,125 µF  
t
t
vj  
S
vj  
S
R
S
= 6 W; V  
R(Spr)  
= 1000 V  
R
S
= 6 W; V  
= 1000 V  
R(Spr)  
1000  
700  
2
I
= 3000A  
2000A  
FM  
1000  
Qrr  
1000A  
600A  
I
= 3000A  
2000A  
FM  
[µAs]  
700  
1000A  
600A  
Qrr  
[µAs]  
300A  
100A  
500  
500  
400  
400  
300  
300A  
100A  
5
2
5
2
300  
200  
200  
7
I
I
FM  
FM  
Q
Q
rr  
rr  
5
4
3
-di/dt  
I
-di/dt  
I
7
RM  
RM  
5
4
3
V
6
V
R(Spr)  
7 8 9  
R(Spr)  
2
2
3
4
5
6
7 8 9  
2
3
4
5 6 7 8 9  
2
3
4
5
6
7 8 9  
2
3
4
5
100  
2
10  
100  
1000  
10  
100  
1000  
-di/dt [A/µs]  
-di/dt [A/µs]  
D 291 S_06  
D 291 S_07  
Fig. 8  
Fig. 7  
Reverse recovery charge (lower limit ca. 2% value)  
Qrr = f(di/dt)  
Reverse recovery charge (upper limit ca. 98% value)  
Qrr = f(di/dt)  
Parameter: I  
Parameter: I  
FM  
£ 125°C; C = 0,1 µF  
FM  
£ 125°C; C = 0,1 µF  
t
t
vj  
S
vj  
S
R
S
= 6 W; V  
= 1000 V  
R(Spr)  
R
S
= 6 W; V  
R(Spr)  
= 1000 V  

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