DD82S [EUPEC]

Marketing Information; 市场信息
DD82S
型号: DD82S
厂家: EUPEC GMBH    EUPEC GMBH
描述:

Marketing Information
市场信息

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European Power-  
Semiconductor and  
Electronics Company  
GmbH + Co. KG  
Marketing Information  
DD 82 S  
M5x11 Z4-1  
15,5  
20  
20  
80  
92  
AK  
K
A
March 1998  
DD 82 S  
Elektrische Eigenschaften  
Höchstzulässige Werte  
Electrical properties  
Maximum rated values  
repetitive peak reverse voltage  
100 600 800  
tvj = -40°C...tvj max  
tvj = +25°C...tvj max  
VRRM  
Periodische Spitzensperrspannung  
V
V
1000  
100 600 800  
VRSM = VRRM  
IFRMSM  
Stoßspitzenspannung  
non-repetitive peak reverse voltage  
RMS forward current  
1000  
Durchlaßstrom-Grenzeffektivwert  
Dauergrenzstrom  
150 A  
81 A  
tc = 100°C  
IFAVM  
average forward current  
tc = 88°C  
96 A  
IFSM  
tvj £ 45°C, tp = 10 ms  
tvj £ 150°C, tp = 10 ms  
tvj £ 45°C, tp = 10 ms  
tvj £ 150°C, tp = 10 ms  
Stoßstrom-Grenzwert  
Grenzlastintegral  
surge current  
2300 A  
1900 A  
26450  
òI2 t-value  
òI2 t  
A2s  
A2s  
18050  
Charakteristische Werte  
Durchlaßspannung  
Schleusenspannung  
Ersatzwiderstand  
Characteristic values  
forward voltage  
tvj = 150°C, iF = 300 A  
vF  
max. 1,55 V  
1,0 V  
V(TO)  
rT  
threshold voltage  
slope resistance  
reverse current  
1,7  
mW  
tvj = 150°C, vR = VRRM  
iR  
Sperrstrom  
40 mA  
25 µAs  
2,5 kV  
iFM = 120 A, -diF/dt = 100 A/µs  
RMS, f = 50 Hz, t = 1 min.  
QS  
VISOL  
Nachlaufladung  
lag charge  
Isolations-Prüfspannung  
insulation test voltage  
Thermische Eigenschaften  
Thermal properties  
thermal resistance, junction  
to case  
RthJC  
Innerer Wärmewiderstand  
0,235 °C/W  
0,47 °C/W  
Q =180°el. sin: pro Modul/per module  
pro Zweig/per arm  
DC: pro Modul/per module  
pro Zweig/per arm  
0,240 °C/W  
0,480 °C/W  
0,08 °C/W  
RthCK  
Übergangs-Wärmewiderstand  
thermal resistance, case to heatsink pro Modul/per module  
pro Zweig/per arm  
0,16 °C/W  
tvj max  
tc op  
tstg  
Höchstzul.Sperrschichttemperatur  
Betriebstemperatur  
max. junction temperature  
150 °C  
operating temperature  
-40...+150 °C  
-40...+150 °C  
Lagertemperatur  
storage temperature  
Mechanische Eigenschaften  
Innere Isolation  
Mechanical properties  
internal insulation  
AIN  
Anzugsdrehmomente  
mechanische Befestigung  
elektrische Anschlüsse  
Gewicht  
tightening torques  
mounting torque  
terminal connection torque  
weight  
Toleranz/tolerance +/- 15%  
Toleranz/tolerance +5%/-10%  
M1  
M2  
G
4 Nm  
4 Nm  
typ. 200 g  
14 mm  
Kriechstrecke  
creepage distance  
vibration resistance  
Schwingfestigkeit  
f = 50 Hz  
m/s²  
5 × 9,81  
DD 82 S  
300  
300  
]
I
= 1280 A  
FM  
I
= 1280 A  
FM  
640 A  
I
Q
[
RM  
[ ]  
r
640 A  
320 A  
160 A  
80 A  
A
µAs  
320 A  
200  
200  
160 A  
80 A  
40 A  
20 A  
10 A  
100  
100  
40 A  
20 A  
10 A  
100  
50  
150  
100  
50  
150  
0
200  
250  
200  
[
0
250  
[
]
]
-di /dt A/µs  
DD 82 S/1  
-di /dt A/µs  
DD 82 S/2  
F
F
Bild / Fig. 1  
Bild / Fig. 2  
Sperrverzögerungsladung Q = f(-di/dt), t = t  
, v £ 0,5 V  
,
Rückstromspitze I = f(-di/dt), t = t  
, v £ 0,5 V  
, v = 0,8 V  
RRM RM RRM  
r
vj  
vj (max)  
R
RRM  
RM  
vj  
vj (max)  
R
v
= 0,8 V  
/
Peak reverse recovery current I  
= f(-di/dt), t = t  
, v £ 0,5 V  
,
RM  
RRM  
RM  
vj  
vj (max)  
R
RRM  
Recovered charge Q = f(-di/dt), t = t  
, v £ 0,5 V  
RRM  
,
v = 0,8 V  
r
vj  
vj (max)  
R
RM RRM  
v
= 0,8 V  
RRM  
Parameter: Durchlaßstrom / On-state current I  
TM  
RM  
Parameter: Durchlaßstrom / On-state current I  
FM  
0.64  
0.56  
Analytische Elemente des transienten Wärmewiderstandes Z  
pro Zweig für DC  
per arm for DC  
thJC  
1. Konstantstrom  
Analytical elements of transient thermal impedance Z  
2. Sinus,  
F=50Hz, Stromflußwinkel: 180°  
thJC  
3. Rechteck, F=50Hz, Stromflußwinkel: 180°  
4. Rechteck, F=50Hz, Stromflußwinkel: 120°  
5. Rechteck, F=50Hz, Stromflußwinkel: 60°  
Z
(th) JC  
0.48  
[ C/W]  
Pos. n  
[°C/W]  
1
2
3
4
5
6
7
°
R
0,0102  
0,00112  
0,0329  
0,0175  
0,0805  
0,322  
0,0741  
1,21  
0,072  
7,5  
thn  
t
[s]  
0.40  
n
0.32  
0.24  
Analytische Funktion / Analytical function:  
n
max  
t
-
t n  
)
Z
=
R
(1-e  
thn  
thJC  
S
0.16  
0.08  
n=1  
5.  
4.  
3.  
2.  
1.  
0
10  
-3  
-1  
0
-2  
10  
1
2
10  
10  
10  
10  
T [s]  
DD 82 S/3  
Bild / Fig. 3  
Transienter innerer Wärmewiderstand Z  
für einen Zweig  
thJC  
bei sinus- und trapezförmigem Stromverlauf  
Transient thermal impedance Z , junction to case per arm  
thJC  
at sinussoidal and trapezoidal waveform.  

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