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HITACHI HL-7000M
  • HITACHI HL-7000M
  • HITACHI HL-7000M
  • HITACHI HL-7000M
说明
E-Beam Litho
配置
6" RETICLE MASK LINE
OEM 型号描述
Hitachi developed the electron beam mask writer HL-7000M for 90nm node reticle production. New technologies, such as a novel electron beam optical column, a 1-nm address grid and improved proximity effect correction are used in the system. It has two electrostatic deflectors, a 50-kV electron gun and a maximum beam size of 2 µm ×2 µm. It can emit up to a current density of 20 A/cm2. The writing strategy uses a variable shaped beam, vector scanning and continuous stage moving exposure. To comply with high volume data, it can accept a hierarchy data format which can effectively be compressed into a small file. The new storage area network (SAN) we adopted achieves high-speed data transfer and does not need a high-volume disc system.
文件

无文件

类别
Lithography

上次验证: 60 多天前

物品主要详细信息

状况:

Used


运行状况:

未知


产品编号:

115224


晶圆尺寸:

12"/300mm


年份:

2002


Have Additional Questions?
Logistics Support
Available
Money Back Guarantee
Available
Transaction Insured by Moov
Available
Refurbishment Services
Available

HITACHI

HL-7000M

verified-listing-icon
已验证
类别
Lithography
上次验证: 60 多天前
listing-photo-abc5b9ae0acd44d9a2be3d4843d6062c-https://d2pkkbyngq3xpw.cloudfront.net/moov_media/3.0-assets/photo-coming-soon-small.png
物品主要详细信息

状况:

Used


运行状况:

未知


产品编号:

115224


晶圆尺寸:

12"/300mm


年份:

2002


Have Additional Questions?
Logistics Support
Available
Money Back Guarantee
Available
Transaction Insured by Moov
Available
Refurbishment Services
Available
说明
E-Beam Litho
配置
6" RETICLE MASK LINE
OEM 型号描述
Hitachi developed the electron beam mask writer HL-7000M for 90nm node reticle production. New technologies, such as a novel electron beam optical column, a 1-nm address grid and improved proximity effect correction are used in the system. It has two electrostatic deflectors, a 50-kV electron gun and a maximum beam size of 2 µm ×2 µm. It can emit up to a current density of 20 A/cm2. The writing strategy uses a variable shaped beam, vector scanning and continuous stage moving exposure. To comply with high volume data, it can accept a hierarchy data format which can effectively be compressed into a small file. The new storage area network (SAN) we adopted achieves high-speed data transfer and does not need a high-volume disc system.
文件

无文件