Ion beam assisted sputtering deposition System
Ion Beam Sputtering Assisted Deposition System
Operating
Model: Nanoquest I-XL
Function: Sputtering deposition of high-quality optical and dielectric thin films
Engineer: Mr. Fu / +86-21- 34206126-6010 / xuecheng.f@1
Location: Thin Film Zone IV, East Area
Equipment ID: EFM4IBS01
  • Basic Equipment Information
  • Operating Principle
  • Typical Application Case
Main Application

Deposit high-quality optical and dielectric thin films at both room temperature and elevated temperature, including SiO2 , Al2O3 , Ta2O5 , MgF2 and other materials.

 

Process/Testing Capability

  1. Supports reactive sputtering to deposit a variety of oxide and nitride thin films;
  2. The substrate stage is heating-enabled with a temperature below 300 °C, suitable for preparing semiconductor thin films by in-situ heating;
  3. The angle of the substrate stage is adjustable from 0° to 160°, which meets the hole-filling requirements;
  4. Equipped with four targets to realize multilayer film deposition.

 

Technical Specifications

  1. The film thickness uniformity of deposited silicon dioxide is better than ±3% on 6-inch substrates.
  2. The film thickness uniformity of deposited aluminum oxide is better than ±2% on 6-inch substrates.
  3. Sample processing for sizes under 6 inches is supported, with a sample thickness limited to no more than 2 mm.

Ion Beam Sputtering (IBSD) is a thin film deposition technology. An ion source is utilized to sputter and deposit target materials (metals or dielectrics) onto the substrate, so as to form metallic or dielectric films. Since the ion beam is monoenergetic (ions possess equal energy) and highly collimated, it enables precise thickness control and the deposition of highly dense, high-quality thin films when compared with other Physical Vapor Deposition (PVD) technologies.

 

Periodic alternating multilayer films of silicon dioxide and tantalum pentoxide achieve antireflection for light at specific wavelengths.

1.Samples shall be free of photoresist.

2.Sample thickness shall not exceed 2 mm.

The list below shows FAQs (click a question to view the answer). If your question is not listed, you can leave a message using the link.
FAQs
  • 01
    离子束溅射镀膜时样品为何不能有光刻胶

    溅射出来的原子能量太高,会引起光刻胶变性,不易剥离。

  • 02
    设备相对磁控溅射镀膜设备的优点在哪里

    离子束溅射工作气压更低、离子束能量能高,沉积的光学薄膜更致密。

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