绝缘栅双极型晶体管（IGBT）Isolated Gate Bipolar Transistor (IGBTs)

NPT技术的IGBT模块NPT IGBT Modules (None Punch Through Technology)

型号 TYPE	电气特性Electrical Characteristics										封装外形 Package Style
	IGBT					反向二极管 Inverse Diode			RthJC	内部电路Circuit
	VCES	IC25 @TC=25°C	IC80 @TC=80°C	VCEsat @25°C typ	EOFF @125°C typ.	IF @TC=80°C	VF @TC=25°C typ	tr
	V	A	A	V	mJ	A	V	ns	K/W
SII50N06	600	75	50	1.95	1.0	50	1.25	9	0.440	1	Fig.1
SII75N06	600	100	75	1.95	2.4	75	1.25	22	0.350	1	Fig.1
SII100N06	600	130	100	1.95	2.9	100	1.25	10	0.280	1	Fig.1
SII150N06	600	180	150	1.95	4.6	150	1.25	25	0.210	1	Fig.26
SII200N06	600	230	200	1.95	6.3	200	1.25	43	0.170	1	Fig.26
SII300N06	600	375	300	1.95	11.0	300	1.25	69	0.100	1	Fig.26
SID50N06	600	75	50	1.95	1.0	50	1.25	9	0.440	2	Fig.1
SID75N06	600	100	75	1.95	2.4	75	1.25	22	0.350	2	Fig.1
SID100N06	600	130	100	1.95	2.9	100	1.25	10	0.280	2	Fig.1
SID150N06	600	180	150	1.95	4.6	150	1.25	25	0.210	2	Fig.26
SID200N06	600	230	200	1.95	6.3	200	1.25	43	0.170	2	Fig.26
SID300N06	600	375	300	1.95	11.0	300	1.25	69	0.100	2	Fig.26
SDI50N06	600	75	50	1.95	1.0	50	1.25	9	0.440	3	Fig.1
SDI75N06	600	100	75	1.95	2.4	75	1.25	22	0.350	3	Fig.1
SDI100N06	600	130	100	1.95	2.9	100	1.25	10	0.280	3	Fig.1
SDI150N06	600	180	150	1.95	4.6	150	1.25	25	0.210	3	Fig.26
SDI200N06	600	230	200	1.95	6.3	200	1.25	43	0.170	3	Fig.26
SDI300N06	600	375	300	1.95	11.0	300	1.25	69	0.100	3	Fig.26
SII50N12	1200	78	50	2.5	5.0	50	2.30	56	0.300	1	Fig.1
SII75N12	1200	100	75	2.5	8.0	75	2.30	70	0.200	1	Fig.1
SII100N12	1200	145	100	2.5	11.0	100	2.30	80	0.180	1	Fig.1
SII100N12L	1200	150	100	2.5	12.0	100	2.30	80	0.160	1	Fig.26
SII150N12	1200	210	150	2.5	17.0	150	2.30	100	0.100	1	Fig.26
SII200N12	1200	290	200	2.5	26.0	200	2.00	80	0.090	1	Fig.26
SII300N12	1200	625	300	2.1	36.0	300	1.80	60	0.050	1	Fig.26
SII400N12	1200	800	400	2.7	60.0	400	2.20	115	0.023	1	Fig.26
SID50N12	1200	78	50	2.5	5.0	50	2.30	56	0.300	2	Fig.1
SID75N12	1200	105	75	2.5	8.0	75	2.30	70	0.200	2	Fig.1
SID100N12	1200	145	100	2.5	11.0	100	2.30	80	0.180	2	Fig.1
SID100N12L	1200	150	100	2.5	12.0	100	2.30	80	0.160	2	Fig.26
SID150N12	1200	210	150	2.5	17.0	150	2.30	100	0.100	2	Fig.26
SID200N12	1200	290	200	2.5	26.0	200	2.00	80	0.090	2	Fig.26
SID300N12	1200	625	300	2.1	36.0	300	1.80	60	0.050	2	Fig.26
SID400N12	1200	800	400	2.7	60.0	400	2.20	115	0.023	2	Fig.26
SDI50N12	1200	78	50	2.5	5.0	50	2.30	56	0.300	3	Fig.1
SDI75N12	1200	105	75	2.5	8.0	75	2.30	70	0.200	3	Fig.1
SDI100N12	1200	145	100	2.5	11.0	100	2.30	80	0.180	3	Fig.1
SDI100N12L	1200	150	100	2.5	12.0	100	2.30	80	0.160	3	Fig.26
SDI150N12	1200	210	150	2.5	17.0	150	2.30	100	0.100	3	Fig.26
SDI200N12	1200	290	200	2.5	26.0	200	2.00	80	0.090	3	Fig.26
SDI300N12	1200	625	300	2.1	36.0	300	1.80	60	0.050	3	Fig.26
SDI400N12	1200	800	400	2.7	60.0	400	2.20	115	0.023	3	Fig.26
6SI10N12P	1200	16	10	1.9	1.05	10	1.85	20	1.600	4	Fig.28
6SI15N12P	1200	25	15	1.7	1.5	15	1.80	30	1.000	4	Fig.28
6SI25N12P	1200	40	25	1.7	2.5	25	2.05	30	0.80	4	Fig.28
6SI10N12	1200	15	10	2.7	1.05	10	2.90	50	1.520	5	Fig.27
6SI15N12	1200	25	15	2.5	1.5	15	2.40	45	0.860	5	Fig.27
6SI25N12	1200	35	25	2.5	2.5	25	2.30	65	0.600	5	Fig.27
6SI40N12	1200	55	40	1.8	4.9	40	2.05	30	0.600	5	Fig.27
6SI75N12	1200	105	75	1.7	9.4	75	1.95	30	0.350	5	Fig.27

Circuit 1(Phase Leg) SII Series

Circuit 2(Boost Chopper) SID Series

Circuit 3(Buck Chopper) SDI Series

Circuit 4 6SIxxP Series

Circuit 5 6SI Series