TRB61 TRSYS
Document overview
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Technical content
APPLICATIONS KEY PARAMETERS @ Rectification rem baton _ F(av) Ml Freewheel Diode ley 32000A @ DC Motor Control @ Power Supplies @ Welding ™@ Battery Chargers
FEATURES
™@ Double Side Cooling ™@ High Surge Capability VOLTAGE RATINGS Type Number Repetitive Peak Conditions Reverse Voltage Ver Vv TRB61 25 2500 Vasu = Van + 100V TRB61 24 2400 TRB61 22 2200 TRB61 20 2000 TRB61 18 1800 TRB61 16 1600 Lower voltage grades available. Outline type code: DO200AD. See Package Details for further information. CURRENT RATINGS Double Side Cooled Continuous (direct) forward current Toase = 100°C 4100 Single Side Cooled (Anode side) Continuous (direct) forward current Toase = 100°C
Ves Surge (non-repetitive) forward current 10ms half sine; T.,,,= 175°C 25.5 kA rt Pt for fusing Vp = 50% Viny - 1/4 sine 3.25x10° | Aes leu Surge (non-repetitive) forward current 10ms half sine; T.,,.= 175°C 32.0 kA Pt for fusing V,=0 5.12 x 10° THERMAL AND MECHANICAL DATA I Double side cooled le | | 0.013 Rage Thermal resistance - junction to case Anode de 0.025 | °C/W Single side cooled Cathode de 0.027 | °C/W . Double side |. | 0.003 Raven) Thermal resistance - case to heatsink clamping force MH OKN d ig comps Single side | 0.006 Forward (conducting) | = | vs | ve | T, Virtual junction temperature Rovere (tng [ws] | Toy Storage temperature range -55 200 °c - Clamping force 40.0 | 48.0 kN CHARACTERISTICS View Forward voltage At 1500A peak, T.,.,, = 25°C 1.05 Vv team Peak reverse current At Vern Tease = 175°C. 100 mA |, = 100A, dl,,/dt = 5A/us Te [rateinenares | mel [ a Tease = 125C, V = 100V Vio Threshold voltage AtT = 175C 0.79 Vv ry Slope resistance AtT, = 175C 0.15 | mQ
zl Gaezi a fuer dea? (EfancnzHd = 6000 5 | g T,=25C g / T,=175C 8 l| © 4000 seeatiaad fod acatii fifascsaat a
2000 SHEP ESRRESHE
0 1.0 2.0 3.0 Instantaneous forward voltage V, - (V) Fig.1 Maximum (limit) forward characteristics
~ GSEEG HEH REET EEEEC aL ae z [ “Y 6000 5 / V 3 f o a § 4000 ° 2000 4000 6000 Mean forward current lejay) - (A) Fig.2 Dissipation curves
60 = Pt=Pxt ze 50 Va= 50% Vary] ® © 40 5 2 5 = 30 4 5 \\| 8 ° a S 5 og jf L, 3 - PS 3 ~ 3 Ey i atid aateetiil i} 1 1 10 1 235 10 20 50 WEE ms Cycles at 50Hz Duration Fig.3 Surge (non-repetitive) forward current vs time (T,,,, = 175C) 0.41 EEE ee = TT | afi Double side cooled g Ey a 5 til 2 0.001 = Conduction — Effective thermal resistance Junction to case C/\\W Double side Anode side d.c. 0.0130 0.0250 Halfwave = 0.0141 0.0261 3 phase 1200 0.0170 0.0290 6 phase 600 0.0200 0.0320 0.0001 0.001 0.01 0.41 1 10 100 Time - (s) Fig.4 Maximum (limit) transient thermal impedance - junction to case - (C/W)