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ID: 9043779
MOCVD-GaN system, 6"
K-MOCVD
K465i GaN MOCVD reactor
VEECO TURBODISC - K465i GaN MOCVD
Reactor Cart Assembly - K465i GaN: 1099755-1001
K465i GaN growth chamber
K465i Uniform Flow Flange assembly
Water-cooled Turbodisc susceptorless spindle rotation system including integrated errofluidic rotation mechanism
Reactor temperature management system including water to water heat exchanger with temperature flow and water level alarms
Water cooled baseplate assembly
MFC purged eight position viewport for in-situ measurements
Mechanical switch gauge for over pressure monitoring
Veeco K465 Heater Assembly
Proprietary heater filament
Three zone resistive heater assembly
High temperature heat shields, insulators, and electrical feedthroughs
Wafer Handling Assembly - K465i GaN: 1095778-4202
Laminar Flowhood
Integrated laminar flowhood wafer loading platform for easy wafer loading
Growth Chamber Exhaust System (Exhaust to Top)
1.5" exhaust line
Ebara ESA-25D process pumps
Manual and pneumatic ball valves
High capacity particle filter assembly
Leak detector port
Electronic pressure transducer
Reactor pressure control throttling valve
Overpressure protection via switch gauge
User Interface - Swing Arm: 1094894-3001
(2) Monitors
Keyboard/Mouse
Ergonomic Swing Arm Attached to Tool
Rotary Transfer Assembly - K465i GaN: 1094841-2001
High vacuum aluminum transfer chamber with viewports
Single modular dwell station with 2-carrier capacity
Pneumatically controlled, interlocked rectangular L-VAT door for isolation between growth chamber and transfer chamber
Vacuum robot with end effector for wafer carrier transfer
Pressure measurement of loadlock chamber
Mechanical switch gauge for overpressure monitoring
Electronics Control Module - K465i GaN: 1091932-4213
(8) DC power supplies for heater power
Digital devices on industry-standard DeviceNet digital network
Software integrated with Omron PLC
Standardized cables and interconnects
Capable of facilities UPS (customer supplied)
H2 Detector included
Circuit Breaker Panel 380 VAC - K465i GaN: 1091831-4004
Source Delivery and Reactor Housing Module - K465i
Custom Configuration - 1093574-****
Modular Reconfigurable Gas Panel Includes:
Supply Gas Regulator Slices
Hydride Dopants
Vaccum/Vent Leak Check Assembly
Supply Gas Assembly
Hydride / Shroud Assembly
Flow Panel with Injector Block
Phantom Line option
Bubbler Slices
Temperature Regulating Liquid Baths
Bubblers Manifold Type: Dual Switching (Nitrogen & Hydrogen)
Process module custom characteristics listing
Reactor Interface Flowpanel - K465i
Direct Inject Hydride System
Metal sealed source mass flow controllers
Alkyl injector block phantom MFC option
Supply Gas Sub-Assembly
GaN Standard: 2xN2, 1xH2 regulator, 2 N2/H2
Manual valve slice with switch gauge & regulator
Label NH3
Supply Gas Subassembly - Slice #2
Manual valve slice with switch gauge & regulator
Supply Gas Subassembly - Slice #4
Manual valve slice with switch gauge & regulator
Option for SiH4 or Si2H6 or H2Se or H2S
Supply Gas Subassembly - Slice #5
Empty
Gas Source - Slice #3
Dilution with isolation valve, dual push gas
Option for SiH4 or Si2H6
Bubbler Slice Position #1 Empty
Bubbler Slice Position #2 Configuration
Bubbler #2: TMAl
Slice#2: Dilution, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Integrated Spool piece for Binary Gas Monitor.
Bubbler Slice Position #3 Configuration
Bubbler #3: TEGa
Slice#3: Standard, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Integrated Spool piece for Binary Gas Monitor.
Bubbler Slice Position #4 Configuration
Bubbler #4: TMGa
Slice#4: Standard, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Integrated Spool piece for Binary Gas Monitor.
Bubbler Slice Position #5 Configuration
Bubbler #5: TMGa
Slice#5: Standard, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Integrated Spool piece for Binary Gas Monitor.
Bubbler Slice Position #6 Configuration
Bubbler #6: Customer Specified
Slice#6: Standard, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Integrated Spool piece for Binary Gas Monitor.
Bubbler Slice Position #7 Configuration
Bubbler #7: Cp2Mg
Slice#7: Standard, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Integrated Spool piece for Binary Gas Monitor.
Bubbler Slice Position #8 Configuration
Bubbler #8: TMIn
Slice#8: Standard, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Binary Gas Monitor.
Bubbler Slice Position #9 Configuration
Bubbler #9: TMIn
Slice#9: Standard, dual gas feed, single bubbler
Multi-Valve High-Purity Welded Manifold.
Metal Sealed Mass Flow controller(s).
Metal Sealed Integrated Pressure Controller(s).
Binary Gas Monitor.
Liquid Refrigerator Baths - Quantity = 4
Water cooled version Model Lauda 215
Operating temperature range: -30 degrees C to 200 degrees C.
Adjustable over-temperature protection.
Bath cavity dimensions: 8.5" x 8.5" x 9.8"
Liquid Refrigerator Baths - Quantity = 2
Water cooled version Model Lauda 235
Operating temperature range: -30 degrees C to 200 degrees C.
Adjustable over-temperature protection.
Bath cavity dimensions: 13.8" x 11.8" x 9.8"
In-Situ Monitoring System 1096010-1036
(1) RealTemp 200 Monitoring System - Quantity
Combined pyrometer and reflectometer unit to enable Emissivity Corrected temperature measurement and control.
Accurate reflectance and temperature measurement of individual wafers.
(2) DRT-210 Real-time In-situ Monitoring Systems
Integrated Deflectometer, Reflectometer, and Thermometer to monitor:
Curvature of Epi-wafer
Layer Thickness and Refractive Index
Wafer Pocket Temperature with Wafer Reflection Compensation
Integrated Electronics Assembly
Dedicated computer and In-Situ Interface Controller
Advanced software package for data analysis.
High Speed Data Acquisition for Wafer Differentiation
Auto Start/Stop integrated with Veeco’s RecipeX Software.
Wafer Carrier for K465i GaN
(2) Veeco P/N 1200232
5 X 6"
Consumables Kit 1093608-1004
Install-Phase consumable parts
Gaskets, o-rings, screws, nuts, washers
1/8" SS Bubbler Legs - Quantity = 8 sets
Server PC for Nexus Datalogging (Rackmount) - 1094416
NEXUS Control & Monitoring Software - 1094417
Nexus includes:
Spreadsheet Recipe generation
Capable of nested recipes
Reduced complexity
Easy editing - Excel style
Easy porting from system to system
Automatic Calculations simplifying
Injector block parameters
Bubbler parameters - minimize source material use
Operator Interface
One button execution
Variety of selectable monitoring functions
Customer user-defined privileges
Maintenance
Automatic Paretos
redictive maintenance
Remote Access
Via LAN
Data Management
Access to data files by date or run
Data manipulation / viewing of all parameters
Industrial-Grade Server
Advantech AIMB-766G2
Core 2 Quad, Q9400, 2.66GHz
RAM, 240pin DIMM, DDR2, 2GB
HDD, 250GB, SATA II Enterprise
CD/DVD RW DRIVE
Windows Server 2003, Web Edition
Systems utilize shared scrubber. The scrubber is not included
CE Mark
2010 vintage.
VEECO/EMCORE K465i是一种等离子体增强型化学气相沉积(PECVD)反应器,设计用于需要精密蚀刻和沉积工艺的工业和研究应用。该腔室配置为双射频同轴设计,利用两个独立的射频源进行蚀刻和沉积。集成的基板散热器提供均匀的温度控制沉积。VEECO K465i配备了EtchPlus技术,提供精确和可重复的蚀刻工艺,具有均匀的向下等离子体密度分布。它还提供了广泛的薄膜性能,包括高质量的光学性能和出色的薄膜均匀性和阶梯覆盖率。EMCORE K465i的腔室为与各种晶圆尺寸和材料兼容而设计,包括石英屏蔽板以减少直接EMI干扰。它能够执行单晶片过程和晶片级重复过程。反应堆还可以根据特定的工艺要求进行定制,并提供可配置的硬件和软件选项。K465i有多个气体喷射口和一个全自动气体控制设备,用于精确和私密地溷合气体。这确保了气体和等离子体之间的最佳相互作用,减少了颗粒污染物和卸载效率低下的反应副产物。该反应堆的设计便于维护,其特点是有一个外部气体入口系统,防止在维护过程中源与装置断开连接。反应堆配备了先进的诊断套件,包括光谱学、成像和粒子分析系统,用于反馈工艺进度和产品质量。带有高度可调的排气口的排气机可有效清除腔室中的工艺副产品,降低洁净室污染水平。此外,VEECO/EMCORE K465i还设计用于改进安全性和人体工程学,具有全面的诊断和安全功能以及直观的操作员界面。总体而言,VEECO K465i是一种先进的PECVD反应堆,为各种工业和研究应用提供了可靠和经济高效的解决方桉。
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