Kathode Cathode 17,5 Anode tief depth beidseitig both s

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Kathode Cathode 17,5 Anode tief depth beidseitig both s

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Leistungsgleichrichterdioden Power Rectifier Diodes 1809
Kathode Cathode
17,5
Anode
tief depth beidseitig both sides
+0.1
max.
July 1996
1809
Elektrische Eigenschaften Electrical properties
Werte Periodische Spitzensperrspannung
Maximum rated values repetitive peak reverse voltage -40°C. VRRM 3200, 3600, 4000 4400, 4800
Dauergrenzstrom
non-repetitive peak reverse voltage +25°C. forward current mean forward current
VRSM IFRMSM IFAVM
3,85 2,45
surge forward current
25°C,
IFSM
Grenzlastintegral
t-value
25°C,
6125 3781
Charakteristische Werte Schleusenspannung Ersatzwiderstand Sperrstrom
Characteristic values on-state voltage threshold voltage slope resistance reverse current VT(TO) max. max. 2,82 0,85 0,253
Thermische Eigenschaften Innerer Widerstand
Thermal properties thermal resistance, junction case beidseitig/two-sided, =180° beidseitig/two sided, Anode/anode, =180° Anode/anode, Kathode/cathode, =180° Kathode/cathode, thJC max. max. max. max. max. max. thCK max. max. tstg 0,0169 °C/W 0,0160 °C/W 0,0329 °C/W 0,0320 °C/W 0,0329 °C/W 0,0320 °C/W 0,0025 °C/W 0,0050 °C/W -40.+150 -40.+150
thermal resistance,case heatsink beidseitig /two-sided einseitig /single-sided
Betriebstemperatur Lagertemperatur
max. junction temperature operating temperature storage temperature
Mechanische Eigenschaften Si-Element Druckkontakt Gewicht Kriechstrecke Feuchteklasse Schwingfestigkeit
Mechanical properties Si-pellet with pressure contact clamping force weight creepage distance humidity classification vibration resistance outline 40040 Seite/page design typ. 24.60
Sinushalbwelle) Current limit case sinusoidal half-wave)
1809
[kA]
(normiert)
D1809N_1
p[ms]
D1809N_4
Bild/Fig. Limiting forward characteristic (vF)
Bild Fig. Normiertes Grenzlastintegral Normalized f(tp)
IF(0V)M IF(0V)M
IF(0V)M
[kA]
IF(0V)M [kA]
D1809N_6
D1809N_5
Bild Fig. Grenzstrom Maximum overload forward current IF(0V)M f(t) IFAV(vor) IFAV(vor) 1800 VRRM VRRM
Bild Fig. Grenzstrom Maximum overload forward current IF(0V)M f(t) IFAV(vor) IFAV(vor) 1080 VRRM VRRM
1809
[A]= 3200 1600
0,005 RthJC [°C/W] 0,004
[µAs]
0,003
0,002 0,001
D1809N_3
[°el]
D1809N_7
[A/µs]
Bild Fig. Differenz zwischen Pulsstrom Difference between values thermal resistance pulse current Parameter: Stromkurvenform Current waveform
Bild Fig. Recovered charge f(-diF/dt) tvjmax; VRRM; VRRM Beschaltung Snubber: Parameter: Forward current
0,04 Analytische Elemente transienten ZthJC Analytical elements transient thermal impedance ZthJC (th)JC [°C/W] 0,03
Cooling Pos.
Rthn °C/W 0,0000057 0,0004073 0,001107 0,00206 0,00503 0,00739
0,000184 0,00136 0,0108 0,000796 0,00533 0,0366 0,000796 0,00533 0,0366 0,0464 0,219 1,15
Rthn °C/W 0,000201 0,000849 0,00235 0,00567 0,00443 0,0185
0,214 2,79 6,11
Rthn °C/W 0,000201 0,000849 0,00235 0,00567 0,00443 0,0185
0,214 2,79 6,11
0,02
Beidseitige Two-sided cooling Anodenseitige Anode-sided cooling Kathodenseitige Cathode-sided cooling
0,01 Analytische Funktion Analytical function nmax ZthJC Rthn(1-EXP(-t/n)) 10-1
D1809N_2
Bild Fig. Transienter innerer Transient thermal impedance ZthJC f(t), Beidseitige Two-sided cooling Anodenseitige Anode-sided cooling Kathodenseitige Cathode-sided cooling
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Kathode Cathode 17,5 Anode tief depth beidseitig both s

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