Hestia Power

Shanghai Hestia Power Technology Co., Ltd. is a high-tech enterprise dedicated to the research, development, and production of third-generation wide bandgap semiconductor power devices and power modules. It is a Chinese semiconductor company that can produce car-grade silicon carbide MOS tubes and diodes with large modulus and ships them to world-famous customers on a large scale.

Through more than ten years of accumulation, Hestia Power has a deep ability of semiconductor device design and process research and development with independent intellectual property rights. It has obtained and is applying for nearly 50 domestic and foreign invention patents and has broken through the monopoly of foreign large manufacturers in silicon carbide technology.

As an excellent enterprise in the silicon carbide power semiconductor industry in China, the products are used in a large number of well-known companies both in China and abroad, including OBC/DC-DC/charging pile of new energy vehicles, photovoltaic inverter, communication power supply, high-end server power supply, energy storage, industrial power supply, high-speed rail, aerospace industry, etc.

featured
electronic components

Products
TO247 Gen.4 SiC Schottky Diode
TO220 Gen.4 SiC Schottky Diode
TO220 Gen.3 SiC Schottky Diode
TO220-FP Gen.3 SiC Schottky Diode
TO263 Gen.3 SiC Schottky Diode
TO252 Gen.3 SiC Schottky Diode
TO247 Gen.3 SiC Schottky Diode
TO247 Gen.2 SiC MOSFET
TO247 SiC MOSFET
TO220-3L SiC MOSFET
TO263 SiC MOSFET

Hestia Power’s third-generation SiC Schottky Diode (SiC Schottky Diode) has lower Vf characteristics, which improves system efficiency and achieves better performance. In addition, the third-generation SiC Schottky Diode provides more outstanding IFSM characteristics and can withstand higher surge current, so that users can choose components with higher reliability.

Part Number	V_DS[V]	I_DS[A]@25℃	R_DS(on)[mΩ]	Package
H1M065B050	650V	52A	50mΩ	TO220-3L
H1M065B100	650V	28.5A	100mΩ	TO220-3L
H1M065B200	650V	16A	200mΩ	TO220-3L
H1J065F050	650V	56A	50mΩ	TO247-3L
H1J120F060	1200V	41A	60mΩ	TO247-3L
H1M065F020	650V	107A	20mΩ	TO247-3L
H1M065F050	650V	58A	50mΩ	TO247-3L
H1M065F100	650V	32A	100mΩ	TO247-3L
H1M065F200	650V	18.5A	200mΩ	TO247-3L
H1M120F030	1200V	81A	30mΩ	TO247-3L
H1M120F040	1200V	62A	40mΩ	TO247-3L
H1M120F060	1200V	41A	60mΩ	TO247-3L
H2M120F080	1200V	33A	80mΩ	TO247-3L
H1M120F120	1200V	20A	120mΩ	TO247-3L
H1M120F240	1200V	13A	240mΩ	TO247-3L
H1M170F045	1700V	58A	45mΩ	TO247-3L
H1M170F1K0	1700V	3.4A	1Ω	TO247-3L
H1M170F1K2	1700V	3.6A	1.2Ω	TO247-3L
H1M065Q020	650V	107A	20mΩ	TO247-4L
H1M065Q050	650V	58A	50mΩ	TO247-4L
H1M120Q030	1200V	80A	30mΩ	TO247-4L
H1M120Q040	1200V	62A	40mΩ	TO247-4L
H1M120Q060	1200V	41A	60mΩ	TO247-4L
H2M120Q080	1200V	33A	80mΩ	TO247-4L
H1M170Q045	1700V	58A	45mΩ	TO247-4L
H1M170Q1K2	1700V	3.6A	1.2Ω	TO247-4L
H1M065N020	650V	110A	20mΩ	Bare Chip
H1M065N050	650V	52A	50mΩ	Bare Chip
H1M120N030	1200V	80A	30mΩ	Bare Chip
H1M120N060	1200V	41A	60mΩ	Bare Chip
H1M170N045	1700V	58A	45mΩ	Bare Chip
H1M330N080	3300V	36A	80mΩ	Bare Chip

Part Number	V_R[V]	I_F[A]	I_F[A]	V_F(typ.)[V]@25℃	V_F(typ.)[V]@175℃	Q_C[nC]	Package
H3D065A004	650V	7.5A@Tc= 110℃	4A@Tc= 151℃	1.5	1.8	9	TO220
H3D065A006	650V	10.5A@Tc= 110℃	6A@Tc= 149℃	1.5	1.8	13	TO220
H3D065A008	650V	13A@Tc= 110℃	8A@Tc= 146℃	1.5	1.8	15	TO220
H3D065A010	650V	16A@Tc= 110℃	10A@Tc= 146℃	1.5	1.8	18.5	TO220
H3D065A012	650V	18A@Tc= 110℃	12A@Tc= 141℃	1.5	1.8	27.3	TO220
H3D065A020	650V	26.5A@Tc= 110℃	20A@Tc= 133℃	1.5	1.8	43.5	TO220
H3S065A004	650V	6.8A@Tc= 135℃	4A@Tc= 157℃	1.41	1.59	12	TO220
H3S065A006	650V	10A@Tc= 135℃	6A@Tc= 157℃	1.38	1.56	14.7	TO220
H3S065A008	650V	12A@Tc= 135℃	8A@Tc= 154℃	1.38	1.59	18.5	TO220
H3S065A010	650V	13A@Tc= 135℃	10A@Tc= 150℃	1.42	1.63	27.3	TO220
H3S065A012	650V	16.5A@Tc= 135℃	12A@Tc= 150℃	1.38	1.55	33	TO220
H3S065A015	650V	19.5A@Tc= 135℃	15A@Tc= 148℃	1.38	1.55	43.5	TO220
H3S065A020	650V	23.6A@Tc= 135℃	20A@Tc= 148℃	1.4	1.55	55	TO220
H2S060H002	650V	4.5A@Tc= 135℃	2A@Tc= 164℃	1.5	1.9	7	TO220
H2S060H004	650V	6.5A@Tc= 135℃	4A@Tc= 157℃	1.5	1.8	10.5	TO220
H2S060H006	650V	8.5A@Tc= 135℃	6A@Tc= 152℃	1.5	1.9	13	TO220
H2S060H008	650V	10A@Tc= 135℃	8A@Tc= 146℃	1.45	1.8	16	TO220
H2S060H010	650V	12A@Tc= 135℃	10A@Tc= 145℃	1.5	1.9	19	TO220
H2S065H015	650V	19A@Tc= 135℃	15A@Tc= 147℃	1.45	1.85	36	TO220
H2S065H020	650V	27A@Tc= 110℃	20A@Tc= 135℃	1.5	1.9	45	TO220
H3S120A005	1200V	8.5A@Tc= 135℃	5A@Tc= 158℃	1.48	2.1	28	TO220
H3S120A008	1200V	15A@Tc= 135℃	8A@Tc= 160℃	1.35	1.7	62	TO220
H3S120A010	1200V	15A@Tc= 135℃	10A@Tc= 154℃	1.44	1.9	62	TO220
H3S120A012	1200V	17A@Tc= 135℃	12A@Tc= 151℃	1.42	1.9	72	TO220
H2S120H002	1200V	5A@Tc= 135℃	2A@Tc= 165℃	1.5	2.3	11	TO220
H2S120H005	1200V	7A@Tc= 135℃	5A@Tc= 153℃	1.55	2.4	14	TO220
H2S120H008	1200V	15A@Tc= 135℃	8A@Tc= 160℃	1.4	1.9	32	TO220
H2S120H010	1200V	15A@Tc= 135℃	10A@Tc= 155℃	1.5	2.2	38	TO220
H2S120H020	1200V	26A@Tc= 110℃	20A@Tc= 133℃	1.5	2.3	48	TO220
H2S120A020	1200V	26A@Tc= 110℃	20A@Tc= 133℃	1.5	2.3	48	TO220

Part Number	V_R[V]	I_F[A]	V_F(typ.)[V]@25℃	V_F(typ.)[V]@175℃	Q_C[nC]	Package
H3S065X004	650V	4A@Tc= 142℃	1.41	1.59	12	TO-220-FP
H3S065X006	650V	6A@Tc= 135℃	1.38	1.56	14.7	TO-220-FP
H3S065X008	650V	8A@Tc= 135℃	1.38	1.59	18.5	TO-220-FP
H3S065X010	650V	10A@Tc= 135℃	1.42	1.63	27.3	TO-220-FP
H2S060V002	650V	2A@Tc= 131℃	1.5	1.55	7	TO-220-FP
H2S060V004	650V	4A@Tc= 115℃	1.5	1.9	10.5	TO-220-FP
H2S060V006	650V	6A@Tc= 99℃	1.45	1.8	13	TO-220-FP
H2S060X008	650V	8A@Tc= 126℃	1.45	1.8	16	TO-220-FP
H2S060X010	650V	10A@Tc= 118℃	1.5	1.9	19	TO-220-FP

Part Number	V_R[V]	I_F[A]	I_F[A]	V_F(typ.)[V]	Q_C[nC]	Package
H3D065T004	650V	7.5A@Tc= 110℃	4A@Tc= 151℃	1.5	9	TO263
H3D065U004	650V	7.5A@Tc= 110℃	4A@Tc= 151℃	1.5	9	TO263
H3D065T006	650V	10.5A@Tc= 110℃	6A@Tc= 149℃	1.5	13	TO263
H3D065U006	650V	10.5A@Tc= 110℃	6A@Tc= 149℃	1.5	13	TO263
H3D065T008	650V	13A@Tc= 110℃	8A@Tc= 146℃	1.5	15	TO263
H3D065U008	650V	13A@Tc= 110℃	8A@Tc= 146℃	1.5	15	TO263
H3D065T010	650V	16A@Tc= 110℃	10A@Tc= 146℃	1.5	18.5	TO263
H3D065U010	650V	16A@Tc= 110℃	10A@Tc= 146℃	1.5	18.5	TO263
H3D065T012	650V	18A@Tc= 110℃	12A@Tc= 141℃	1.5	27.3	TO263
H3D065U012	650V	18A@Tc= 110℃	12A@Tc= 141℃	1.5	27.3	TO263
H3D065T020	650V	26.5A@Tc= 110℃	20A@Tc= 133℃	1.5	43.5	TO263
H3D065U020	650V	26.5A@Tc= 110℃	20A@Tc= 133℃	1.5	43.5	TO263
H2S060T002	650V	4.5A@Tc= 135℃	2A@Tc= 164℃	1.5	7	TO263
H2S060U002	650V	4.5A@Tc= 135℃	2A@Tc= 164℃	1.5	7	TO263
H2S060T004	650V	6.5A@Tc= 135℃	4A@Tc= 157℃	1.5	10.5	TO263
H2S060U004	650V	6.5A@Tc= 135℃	4A@Tc= 157℃	1.5	10.5	TO263
H2S060T006	650V	9A@Tc= 135℃	6A@Tc= 154℃	1.5	13	TO263
H2S060U006	650V	9A@Tc= 135℃	6A@Tc= 154℃	1.5	13	TO263
H2S060T008	650V	10A@Tc= 135℃	8A@Tc= 146℃	1.5	16	TO263
H2S060U008	650V	10A@Tc= 135℃	8A@Tc= 146℃	1.5	16	TO263
H2S060T010	650V	12A@Tc= 135℃	10A@Tc= 145℃	1.5	19	TO263
H2S060U010	650V	12A@Tc= 135℃	10A@Tc= 145℃	1.5	19	TO263
H2S120T010	1200V	16A@Tc= 135℃	10A@Tc= 157℃	1.5	38	TO263
H2S120U010	1200V	16A@Tc= 135℃	10A@Tc= 157℃	1.5	38	TO263
H2S120T020	1200V	26A@Tc= 110℃	20A@Tc= 133℃	1.5	48	TO263
H2S120T030	1200V	40A@Tc= 110℃	30A@Tc= 138℃	1.5	93	TO263
H3D065S006	650V	8.5A@Tc= 110℃	6A@Tc= 139℃	1.5	13	TO252
H3D065K006	650V	8.5A@Tc= 110℃	6A@Tc= 139℃	1.5	13	TO252
H3D065S008	650V	11A@Tc= 110℃	8A@Tc= 134℃	1.5	15	TO252
H3D065K008	650V	11A@Tc= 110℃	8A@Tc= 134℃	1.5	15	TO252
H3S120S002	1200V	4A@Tc= 135℃	2A@Tc= 162℃	1.35	18	TO252
H3S120S005	1200V	6.5A@Tc= 135℃	5A@Tc= 149℃	1.48	23	TO252
H3S120S010	1200V	11.4A@Tc= 135℃	10A@Tc= 143℃	1.44	55	TO252
H2S060S002	650V	3A@Tc= 135℃	2A@Tc= 157℃	1.5	7	TO252
H2S060K002	650V	3A@Tc= 135℃	2A@Tc= 157℃	1.5	7	TO252
H2S060S004	650V	5A@Tc= 135℃	4A@Tc= 146℃	1.5	10.5	TO252
H2S060K004	650V	5A@Tc= 135℃	4A@Tc= 146℃	1.5	10.5	TO252
H2S060S006	650V	7.5A@Tc= 135℃	6A@Tc= 146℃	1.5	13	TO252
H2S060K006	650V	7.5A@Tc= 135℃	6A@Tc= 146℃	1.5	13	TO252
H2S060S008	650V	9.5A@Tc= 135℃	8A@Tc= 145℃	1.5	16	TO252
H2S060K008	650V	9.5A@Tc= 135℃	8A@Tc= 145℃	1.5	16	TO252
H2S060S010	650V	11A@Tc= 135℃	10A@Tc= 141℃	1.5	19	TO252
H2S120S002	1200V	4A@Tc= 135℃	2A@Tc= 165℃	1.5	11	TO252
H2S120S005	1200V	7.5A@Tc= 135℃	5A@Tc= 156℃	1.55	14	TO252
H2S120S010	1200V	16A@Tc= 135℃	10A@Tc= 156℃	1.5	38	TO252
H3D065E020	650V	28A@Tc= 110℃	20A@Tc= 137℃	1.5	37	TO247-3L
H3D065F020	650V	27A@Tc= 110℃	20A@Tc= 136℃	1.5	43.5	TO247-3L
H3D120E020	1200V	30A@Tc= 110℃	20A@Tc= 142℃	1.55	43	TO247-3L
H3S065E020	650V	24A@Tc= 135℃	20A@Tc= 146℃	1.42	54.6	TO247-3L
H3S065F020	650V	23A@Tc= 135℃	20A@Tc= 144℃	1.4	55	TO247-3L
H3S120E010	1200V	14A@Tc= 135℃	10A@Tc= 153℃	1.48	46	TO247-3L
H3S120E020	1200V	30A@Tc= 135℃	20A@Tc= 154℃	1.44	112	TO247-3L
H3S120E040	1200V	45A@Tc= 135℃	40A@Tc= 143℃	1.5	212	TO247-3L
H2S065E016	650V	20A@Tc= 135℃	16A@Tc= 146℃	1.5	32	TO247-3L
H2S065E020	650V	24A@Tc= 135℃	20A@Tc= 146℃	1.5	36	TO247-3L
H2S065F020	650V	25A@Tc= 135℃	20A@Tc= 147℃	1.45	45	TO247-3L
H2S065F030	650V	38A@Tc= 110℃	30A@Tc= 130℃	1.45	66	TO247-3L
H2S065E040	650V	42A@Tc= 135℃	40A@Tc= 138℃	1.45	90	TO247-3L
H2S065F050	650V	56A@Tc= 135℃	50A@Tc= 142℃	1.4	138	TO247-3L
H2S120E010	1200V	20A@Tc= 135℃	10A@Tc= 162℃	1.5	28	TO247-3L
H2S120E016	1200V	32A@Tc= 135℃	16A@Tc= 161℃	1.4	64	TO247-3L
H2S120E020	1200V	34A@Tc= 135℃	20A@Tc= 159℃	1.45	76	TO247-3L
H2S120F020	1200V	22A@Tc= 135℃	20A@Tc= 142℃	1.6	48	TO247-3L
H2S120F030	1200V	36A@Tc= 135℃	30A@Tc= 146℃	1.5	93	TO247-3L
H2S120E040	1200V	42A@Tc= 135℃	40A@Tc= 140℃	1.6	96	TO247-3L
H2S120G020	1200V	22A@Tc= 135℃	20A@Tc= 142℃	1.6	48	TO247-2L
H3S120G020	1200V	23A@Tc= 135℃	20A@Tc= 144℃	1.6	48	TO247-2L
H2S120G030	1200V	36A@Tc= 135℃	30A@Tc= 146℃	1.5	93	TO247-2L

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