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Disc diameter [mm]: 13 mm
R25 [Ω]: 16 Ω
B25/85 [K]: 3.000 K
I max. [A]: 1,6 A
Rresidual [Ω]: 0,94 Ω
Thermal time constant [s]: 70 s
Dissipation factor [mW/°C]: 32 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 16,5 mm
R25 [Ω]: 15 Ω
B25/85 [K]: 3.100 K
I max. [A]: 4 A
Rresidual [Ω]: 0,45 Ω
Thermal time constant [s]: 70 s
Dissipation factor [mW/°C]: 41 mW/°C
Toperating [°C]: -50~200
Disc diameter [mm]: 11 mm
R25 [Ω]: 16 Ω
B25/85 [K]: 2.900 K
I max. [A]: 2 A
Rresidual [Ω]: 1,04 Ω
Thermal time constant [s]: 45 s
Dissipation factor [mW/°C]: 30 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 11,5 mm
R25 [Ω]: 15 Ω
B25/85 [K]: 2.950 K
I max. [A]: 2,5 A
Rresidual [Ω]: 0,8 Ω
Thermal time constant [s]: 40 s
Dissipation factor [mW/°C]: 34 mW/°C
Toperating [°C]: -50~170
Disc diameter [mm]: 14,5 mm
R25 [Ω]: 15 Ω
B25/85 [K]: 3.050 K
I max. [A]: 3 A
Rresidual [Ω]: 0,48 Ω
Thermal time constant [s]: 55 s
Dissipation factor [mW/°C]: 25 mW/°C
Toperating [°C]: -50~200
Disc diameter [mm]: 16,5 mm
R25 [Ω]: 12 Ω
B25/85 [K]: 3.050 K
I max. [A]: 5 A
Rresidual [Ω]: 0,39 Ω
Thermal time constant [s]: 70 s
Dissipation factor [mW/°C]: 54 mW/°C
Toperating [°C]: -50~200
Disc diameter [mm]: 10 mm
R25 [Ω]: 15 Ω
B25/85 [K]: 2.800 K
I max. [A]: 2 A
Rresidual [Ω]: 0,94 Ω
Thermal time constant [s]: 35 s
Dissipation factor [mW/°C]: 26 mW/°C
Toperating [°C]: -50~170
Disc diameter [mm]: 14,5 mm
R25 [Ω]: 12 Ω
B25/85 [K]: 3.000 K
I max. [A]: 4 A
Rresidual [Ω]: 0,41 Ω
Thermal time constant [s]: 55 s
Dissipation factor [mW/°C]: 37 mW/°C
Toperating [°C]: -50~200
Disc diameter [mm]: 17 mm
R25 [Ω]: 12 Ω
B25/85 [K]: 3.000 K
I max. [A]: 2 A
Rresidual [Ω]: 0,71 Ω
Thermal time constant [s]: 105 s
Dissipation factor [mW/°C]: 36 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 11,5 mm
R25 [Ω]: 12 Ω
B25/85 [K]: 2.800 K
I max. [A]: 2 A
Rresidual [Ω]: 0,75 Ω
Thermal time constant [s]: 40 s
Dissipation factor [mW/°C]: 21 mW/°C
Toperating [°C]: -50~170
Disc diameter [mm]: 13 mm
R25 [Ω]: 12 Ω
B25/85 [K]: 3.000 K
I max. [A]: 1,8 A
Rresidual [Ω]: 0,71 Ω
Thermal time constant [s]: 53 s
Dissipation factor [mW/°C]: 32 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 11 mm
R25 [Ω]: 12 Ω
B25/85 [K]: 2.900 K
I max. [A]: 1,7 A
Rresidual [Ω]: 0,78 Ω
Thermal time constant [s]: 41 s
Dissipation factor [mW/°C]: 30 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 16,5 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 3.000 K
I max. [A]: 5 A
Rresidual [Ω]: 0,34 Ω
Thermal time constant [s]: 70 s
Dissipation factor [mW/°C]: 49 mW/°C
Toperating [°C]: -50~200
Disc diameter [mm]: 19,5 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 3.100 K
I max. [A]: 6 A
Rresidual [Ω]: 0,3 Ω
Thermal time constant [s]: 90 s
Dissipation factor [mW/°C]: 62 mW/°C
Toperating [°C]: -50~200
Disc diameter [mm]: 17 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 3.000 K
I max. [A]: 2,2 A
Rresidual [Ω]: 0,59 Ω
Thermal time constant [s]: 95 s
Dissipation factor [mW/°C]: 36 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 14,5 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 3.050 K
I max. [A]: 4 A
Rresidual [Ω]: 0,32 Ω
Thermal time constant [s]: 55 s
Dissipation factor [mW/°C]: 29 mW/°C
Toperating [°C]: -50~200
Disc diameter [mm]: 11,5 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 2.800 K
I max. [A]: 3,1 A
Rresidual [Ω]: 0,63 Ω
Thermal time constant [s]: 40 s
Dissipation factor [mW/°C]: 42 mW/°C
Toperating [°C]: -50~170
Disc diameter [mm]: 13 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 2.900 K
I max. [A]: 3 A
Rresidual [Ω]: 0,65 Ω
Thermal time constant [s]: 75 s
Dissipation factor [mW/°C]: 32 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 10 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 2.800 K
I max. [A]: 2 A
Rresidual [Ω]: 0,63 Ω
Thermal time constant [s]: 35 s
Dissipation factor [mW/°C]: 17 mW/°C
Toperating [°C]: -50~170
Disc diameter [mm]: 8,5 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 2.700 K
I max. [A]: 1 A
Rresidual [Ω]: 0,91 Ω
Thermal time constant [s]: 20 s
Dissipation factor [mW/°C]: 7 mW/°C
Toperating [°C]: -50~150
Disc diameter [mm]: 11 mm
R25 [Ω]: 10 Ω
B25/85 [K]: 2.800 K
I max. [A]: 2 A
Rresidual [Ω]: 0,72 Ω
Thermal time constant [s]: 45 s
Dissipation factor [mW/°C]: 30 mW/°C
Toperating [°C]: -40~160
Disc diameter [mm]: 16,5 mm
R25 [Ω]: 1,5 Ω
B25/85 [K]: 2.650 K
I max. [A]: 8 A
Rresidual [Ω]: 0,08 Ω
Thermal time constant [s]: 70 s
Dissipation factor [mW/°C]: 29 mW/°C
Toperating [°C]: -50~200
Die auf Halbleitertechnologie basierenden Thyristoren des Herstellers ProTek Devices zeichnen sich durch Ihre "Brechstangencharakteristik" aus.Durch Ihre rückläufuge Kennlinie ermöglichen Thyristoren so einen Schutz auch bei höheren Impulsströmen.Durch den bidirektionalen Aufbau schaltet dieses Bauelemente...
Package: DO-214AA (SMB)
VDRM [V]: 300 V
VS [V]: 400 V
IH [V]: 100 V
IS [mA]: 800 mA
IDRM [µA]: 5 μA
VT [V]: 4 V
IT [A]: 2,2 A
Package: DO-214AA (SMB)
VDRM [V]: 300 V
VS [V]: 400 V
IH [V]: 80 V
IS [mA]: 800 mA
IDRM [µA]: 5 μA
VT [V]: 4 V
IT [A]: 2,2 A