Used THOMAS SWAN GaN 6x2 #9014432 for sale
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ID: 9014432
MOCVD reactor
Application: growth of GaN based materials
CCS Reactor for deposition on 6x2" substrate
CCS - II chamber with flip-top lid
Dual input plenum shower head injector with crossflow water cooling
SiC coated Graphite Susceptor
3-Zone tungsten heater, Max. temperature 1200°C
Optical access by three optical ports
Quartz outer liner to prevent deposition on the chamber wall
Heat exchanger to control showerhead water temperature
Pyrometer for temperature calibration
Integrated vacuum cleaner and vacuum wand
Loadlock for substrate and accessory transfer
Pressure control for growth chamber
Overpressure relief system
Glovebox with loadlock:
Nitrogen recirculation and purification system
Glove box pressure control
Hygrometer to monitor the glove box environment
Hydrogen gas detection within the glove box
Low Pressure exhaust system:
Two-stage particulate filtration system
Stage 1 : Stainless Steel mesh
Stage 2 : PALL particulate filter
Computer Control System:
Hardwired Safety System
Softwarfe Safety interlocks
Hydrogen detection points
Gas handling system:
(1) Hydrogen and Nitrogen Carrier gas manifolds
(2) Epifold fast switching manifold
Purge channels for Reactor, Heator, and Optical Ports
Standard OM channels
installed MO in 5 ports : TMGa, TEGa, TMAl, Cp2Fe, TMIn as standard
1port is for Cp2Mg as standard : not installed
2 MO channels unused
Source Flow MFC
Sorce Pressure Control
Techne temperature baths
(7) bathes with temperature controller + (1) bath without temperature controller
Standard Gas Channels: NH3 1 & NH3 2
Double dilution Gas channels with double outlet
Source, Dilute and two Injection MFC and back pressure check value, SiH4
Hydride Retro Channel: unused
Differential pressure balancing between run and vent line on Epifold
Optional:
AERONEX CE 2500KF H 4R for H2 purification
AERONEX CE 2500KF I 4R for N2 purification
AERONEX CE 2500KF SK 4R for NH3 purification
Epi TT / EPI curve
in-situ monitoring tool
Emissivity corrected pyrometry at 950nm
Individual wafer measurement of surface temperature
High positional resolution
Real time measurement
Growth rate measurement at selectable second wavelength
19" electronic controller, including light source and detector
Epi R DA TT control unit
Epi R DA TT light source
EpiR DA TT coupling optics
Epi curve electronic control unit
Optic heads
Light source / Light detection unit
Mount components
Previously used for GaNonSi growth
(6) MO source lines
Does not include scrubber
Gas purification cells: (1) Hydride, (1) Hydrogen, (1) Nitrogen
No flow sensors
Close coupled shower head
Dry vacuum pump: Ebara A255, 150m3/hr
KSA monitoring instrument: Laytec system with reflectance and curvature
Spare parts:
(7) SiC coated Susceptor for 2" x 6
(1) SiC coated Susceptor for 2" x 7
(4) SiC coated Susceptor for 3" x 3
(6) SiC coated Susceptor for 4" x 1
(5) SiC coated Susceptor for 6" x 1
(3) Al2O3 suceptor suport
(3) Al2O3 J-liner
(9) Stainless Steel mesh filter
(6) PALL particulate filter
2005 vintage.
THOMAS SWAN GaN 6x2 is a high-power GaN reactor developed by THOMAS SWAN. Designed for high-output performance, GaN 6x2 is a reliable and robust reactor that is capable of delivering a power density of up to 8 W/cm3. This advanced GaN reactor utilizes a unique honeycomb architecture, utilizing its thermally-efficient WideBandGan™ epitaxial technology. This ensures maximum performance and lower operating costs for applications requiring large filter or antenna loads. In terms of physicial features, THOMAS SWAN GaN 6x2 reactor measures 101 cm by 40.7 cm and is rated for an operating temperature range of -55°C to +265°C. It also has a low device on-resistance of 3.25 mΩ, making it ideal for high-power switching applications. GaN 6x2 also has a high switching frequency (up to 50kHz), as well as a high mount density that allows higher module utilization density. For added protection, THOMAS SWAN GaN 6x2 is pre-bonded to an aluminum Nitride substrate, which provides effective heat transfer. GaN 6x2 also comes with up to 38 N-Type connectors for signal flow and provides the user with control and monitoring options to ensure maximum efficiency. THOMAS SWAN GaN 6x2 reactor is built to last and is well suited for a variety of industrial applications, ranging from radar and radio frequency connections to large signal filtering elements for power supplies, microwave equipment, and automotive systems. With its exceptional power density, low resistance, and capable temperature range, GaN 6x2 provides a dependable and efficient performance for most industrial requirements.
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