IGBT transistor IXYK140N90C3

IGBT transistor IXYK140N90C3

Quantity
Unit price
1-4
36.18$
5-9
35.08$
10-14
34.14$
15-29
33.36$
30+
32.30$
Quantity in stock: 3

IGBT transistor IXYK140N90C3. Assembly/installation: PCB through-hole mounting. C(in): 9830pF. CE diode: no. Channel type: N. Collector current: 310A. Collector/emitter voltage Vceo: 900V. Conditioning unit: 25. Conditioning: plastic tube. Cost): 570pF. Function: High-Speed ​​IGBT for 20-50kHz Switching. Gate/emitter voltage VGE(th) min.: 3.5V. Gate/emitter voltage VGE(th)max.: 5.5V. Gate/emitter voltage VGE: VGES 20V, VGEM 30V. Germanium diode: no. Housing (according to data sheet): TO-264. Housing: TO-264 ( TOP-3L ). Ic(T=100°C): 140A. Ic(pulse): 840A. Marking on the case: IXYK140N90C3. Maximum saturation voltage VCE(sat): 2.7V. Number of terminals: 3. Operating temperature: -55...+175°C. Pd (Power Dissipation, Max): 1630W. RoHS: yes. Saturation voltage VCE(sat): 2.15V. Spec info: ICM TC=25°C, 1ms, 840A. Td(off): 145 ns. Td(on): 40 ns. Technology: XPT™ 650V IGBT, GenX3™. Trr Diode (Min.): -. Original product from manufacturer: IXYS. Quantity in stock updated on 10/31/2025, 06:57

Technical documentation (PDF)
IXYK140N90C3
30 parameters
Assembly/installation
PCB through-hole mounting
C(in)
9830pF
CE diode
no
Channel type
N
Collector current
310A
Collector/emitter voltage Vceo
900V
Conditioning unit
25
Conditioning
plastic tube
Cost)
570pF
Function
High-Speed ​​IGBT for 20-50kHz Switching
Gate/emitter voltage VGE(th) min.
3.5V
Gate/emitter voltage VGE(th)max.
5.5V
Gate/emitter voltage VGE
VGES 20V, VGEM 30V
Germanium diode
no
Housing (according to data sheet)
TO-264
Housing
TO-264 ( TOP-3L )
Ic(T=100°C)
140A
Ic(pulse)
840A
Marking on the case
IXYK140N90C3
Maximum saturation voltage VCE(sat)
2.7V
Number of terminals
3
Operating temperature
-55...+175°C
Pd (Power Dissipation, Max)
1630W
RoHS
yes
Saturation voltage VCE(sat)
2.15V
Spec info
ICM TC=25°C, 1ms, 840A
Td(off)
145 ns
Td(on)
40 ns
Technology
XPT™ 650V IGBT, GenX3™
Original product from manufacturer
IXYS