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富利佳控股是全球半导体元器件代理商，总部位于美国，旗下拥有富利佳电子有限公司、富利佳(中国)电子有限公司、富利佳电子(香港)有限公司、富利佳自1995年3月18日成立以来代理产品线完整齐备，涵括国际级半导体大厂祥硕（ASMedia）、田村(Tamura)、微盟(Microne)、兆易创新(Gigadevice)、远翔(Feeling)、多摩川(Tamagawa)、南麟(Natlinear)、ICT，捷捷微(Jiejie)、芯导(Prisemi)、华润微(CR Micro)、格科微(GALAXCORE)、志丰(KINGSTATE)、长晶(JCET)、凯特(KATESEMI)、威锋(VIA Labs)、士兰微(Silan)、芯朋微(Chipown)、英集芯(injoinic)、凌阳(SUNPLUS)、联阳(ITE)、晨星（MSTAR)、 三菱(Mitsubishi)、松下(Panasonic)、罗姆(ROHM)、夏普(Sharp)、三星(Samsung)、JST、泰科(TE十速(TENX)、日东电工(NITTO DENKO)、多摩化学(TAMA)、SPECTEK(事必达)、九齐(NYQUEST)、韦尔(Willsemi)、芯圣(Holychip)、松翰(Sonix)、)、菲尼克斯(PHOENIXCONTACT)、SAMTEC、矢崎(YAZAKI)、YAMAICHI、航空电子(JAE)等等超过60余品牌，
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CORPORATION REPORT
β-Ga2O3
Novel Crystal Technology, Inc. is a carve-out venture from Tamura and a technology transfer venture from the National Institute of Information and Communications Technology (NICT). Novel Crystal Technology, Inc. is working on the R&D of β-type gallium oxide (β-Ga2O3), a promising candidate for semiconductor material in new-generation power devices. Gallium oxide power devices with medium to high breakdown voltage are highly expected to contribute to energy saving.
β-Ga2O3 SBDs on high-quality 100-mm β-Ga2O3 epitaxial wafer
Characteristics of β-Ga2O3
β-Ga2O3 is a new semiconductor material for power devices and has larger band-gap energy than SiC and GaN. Therefore, it will likely be used to make that can withstand high voltages and low resistance semiconductors. In addition, since growing β-Ga2O3 single crystal form a melt it is possible to provide high quality substrates with low cost compared with SiC and GaN to the market.
■Relationship between theoretical on-resistance and breakdown voltage
■Reasons for low cost of β-Ga2O3
| SiC, GaN | β-Ga2O3 | |
|
Growth rate |
Slow | Fast |
| Substrate process | Difficult | Easy |
|
Growth method |
Vapor growth method | Melt growth method |
Applications
1) Power electronics
| Electric vehicles | Railroad vehicles | Renewable energy | Smart grid |
| Electric vehicles | Railroad vehicles | Renewable energy | Smart grid |
| Electric vehicles | Railroad vehicles | Renewable energy | Smart grid |
| Electric vehicles | Railroad vehicles | Renewable energy | Smart grid |
2) Devices in extreme environment
|
Nuclear reactors (radiation) |
Space (radiation, electromagnetic waves) |
|
Nuclear reactors (radiation) |
Space (radiation, electromagnetic waves) |
|
Nuclear reactors (radiation) |
Space (radiation, electromagnetic waves) |
|
Nuclear reactors (radiation) |
Space (radiation, electromagnetic waves) |
3) Other applications
