GaAs Epi Wafer

GaAs-Si Wafer 2inch GaAs (100) Undoped Substrates EJ[0-1-1]±0.5° Overview GaAs applications cover a large variety of transistors for industry spanning optical fiber communication, wireless networks (WLAN), mobile handsets, blue tooth communications, satellite communications, monolithic microwave integrated circuits (MMIC) for 5G, as well as radio frequency integrated circuits (RFIC). GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs-Si Orientation (100)15°±0.5°

2inch GaAs(111) Zn-doped substrates Overview GaAs crystals can be created through three different methods. One of the more common methods is the vertical gradient freeze process, which involves growing crystals and slicing them, followed by edge rounding and polishing them into wafers. Another method is the Bridgman-Stockbarger technique. GaAs-Zn Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs-Zn Orientation (100)15°±0.5° Off TowardA Orientation Angle 180° OF

2inch GaAs (111) Si-doped substrates Overview Gallium in a GaAs Wafer is in general used in the production of semiconductors, barometers, light emitting diodes, thermometers and electronic circuits. It is a silvery metal and quite soft which makes it easy to be used in chips as well. Gallium element, which is a kind of post transitional metal, has the ability to bond easily with most of the metals on earth. It is highly deployed in the production of low melting alloys. GaAs

2inch GaAs(100) Zn-doped substrates Overview Gallium arsenide of a GaAs Wafer has the attribute of generating laser light from electricity in a direct manner. There are two types of GaAs Wafer; polycrystalline and single crystal. These wafers are utilized in micro electronics and opto electronics production in order to make LED, microwave circuits and LD. GaAs-Zn Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs-Zn Orientation (100)15°±0.5° Off TowardA Orientation Angle

2inch GaAs (100) Si-doped substrates Overview GaAs is often used as a substrate material for the epitaxial growth of other III-V semiconductors, including indium gallium arsenide, aluminum gallium arsenide and others. Gallium arsenide of a GaAs Wafer has the attribute of generating laser light from electricity in a direct manner. There are two types of GaAs Wafer; polycrystalline and single crystal. These wafers are utilized in micro electronics and opto electronics

2inch GaAs (100) Undoped Substrates Overview Gallium arsenide of a GaAs Wafer has the attribute of generating laser light from electricity in a direct manner. There are two types of GaAs Wafer; polycrystalline and single crystal. These wafers are utilized in micro electronics and opto electronics production in order to make LED, microwave circuits and LD. It is deployed in solar panels also. GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs-Si Orientation (100)15

2inch GaAs (100) Undoped Substrates Overview GaAs is often used as a substrate material for the epitaxial growth of other III-V semiconductors, including indium gallium arsenide, aluminum gallium arsenide and others. Gallium arsenide (chemical formula GaAs) is a semiconductor compound used in some diode s, field-effect transistor s (FETs), and integrated circuit s (ICs). The charge carriers, which are mostly electron s,move at high speed among the atom s. GaAs-Si Wafer Growth

2inch GaAs (100) Undoped Substrates GaAs-Si Wafer 0.4E18~1E18 Overview The RF devices produced with GaAs substrates are commonly used in wireless communication applications, including wireless networks (WLAN), mobile communication, 4G/5G base stations, satellite communications, and WiFi communications. GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs-Si Orientation (100)15°±0.5° Off TowardA Orientation Angle 0° OF Orientation EJ[0-1-1]±0.5° OF Length (mm) 17±1

2inch GaAs (100) Undoped Substrates Overview Gallium arsenide is used in the manufacture of light-emitting diode s (LEDs), which are found in optical communications and control systems. Gallium arsenide can replace silicon in the manufacture of linear ICs and digital ICs. Linear (also called analog ) devices include oscillator s and amplifier s. Digital devices are used for electronic switching, and also in computer systems. GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N

2inch GaAs (100) Undoped Substrates Overview Gallium arsenide of a GaAs Wafer has the attribute of generating laser light from electricity in a direct manner. There are two types of GaAs Wafer; polycrystalline and single crystal. These wafers are utilized in micro electronics and opto electronics production in order to make LED, microwave circuits and LD. It is deployed in solar panels also. GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs-Si Orientation (100)15

50.8±0.2mm 2inch GaAs (100) Undoped Substrates 7±1mm IF Length Overview With the development of mini-LED and micro-LED, red light LEDs produced with GaAs substrates are increasingly used for display screens and in AR/VR. The conversion efficiency of a high-efficiency solar-cell panel based on GaAs is up to 40%. At present, such solar-cell panels are widely used in unmanned aerial vehicle and solar auto applications. GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N Dopant

2inch GaAs (100) Undoped Substrates (100)15°±0.5° Off TowardA 2inch GaAs (100) Undoped Substrates Overview GaAs is a semi-conductor material with excellent performance characteristics including direct band gap, high electron mobility, high-frequency low noise, and high conversion efficiency. GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs-Si Orientation (100)15°±0.5° Off TowardA Orientation Angle 0° OF Orientation EJ[0-1-1]±0.5° OF Length (mm) 17±1 IF

17±1mm OF Length 2inch GaAs (100) Undoped Substrates 50.8±0.2mm Overview The conversion efficiency of a high-efficiency solar-cell panel based on GaAs is up to 40%. At present, such solar-cell panels are widely used in unmanned aerial vehicle and solar auto applications. GaAs applications cover a large variety of transistors for industry spanning optical fiber communication, wireless networks (WLAN), mobile handsets, blue tooth communications, satellite communications,

S-C-N Conduct 2inch GaAs (100) Undoped Substrates High Electron Mobility Overview With the development of mini-LED and micro-LED, red light LEDs produced with GaAs substrates are increasingly used for display screens and in AR/VR. GaAs is a semi-conductor material with excellent performance characteristics including direct band gap, high electron mobility, high-frequency low noise, and high conversion efficiency. GaAs-Si Wafer Growth Method VGF Conduct Type S-C-N Dopant GaAs

GaAs-Si Wafer 2inch GaAs (100) Undoped Substrates (100)15°±0.5° Off TowardA Overview Gallium arsenide (chemical formula GaAs) is a semiconductor compound used in some diode s, field-effect transistor s (FETs), and integrated circuit s (ICs). The charge carriers, which are mostly electron s,move at high speed among the atom s. This makes GaAs components useful at ultra-high radio frequencies, and in fast electronic switching applications. GaAs devices generate less noise than