The LAB Family Control systems - Leybold Optics GmbH

The LAB Family Control systems - Leybold Optics GmbH The LAB Family Control systems - Leybold Optics GmbH

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<strong>LAB</strong>family and CLUSTERS<br />

See the light.


CONTENT<br />

<strong>The</strong> <strong>LAB</strong> <strong>Family</strong> ..............................2<br />

<strong>LAB</strong> Standard ................................3<br />

Vacuum Pumping Systems..........4/5<br />

<strong>LAB</strong> <strong>Control</strong>ling ..........................6/7<br />

Process equipment ....................8/9<br />

Magnetron Sputtering .................10<br />

Thickness measurement<br />

and rate control............................11<br />

Substrate Handling ......................12<br />

Substrate Heating ........................13<br />

References / Project Examples<br />

<strong>LAB</strong> .......................................14 - 21<br />

CLUSTER ...............................21 - 24


See the light.<br />

2<br />

<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> <strong>LAB</strong> Standard<br />

<strong>LAB</strong>500 <strong>LAB</strong>600 <strong>LAB</strong>600H<br />

<strong>LAB</strong>700 <strong>LAB</strong>700H <strong>LAB</strong>900<br />

<strong>LAB</strong>1100 <strong>LAB</strong>1820<br />

Inside dimension of the chamber<br />

(W x H x D in mm):<br />

<strong>LAB</strong>500: 500 x 650 x 520<br />

<strong>LAB</strong>600: 600 x 750 x 620<br />

<strong>LAB</strong>600H: 600 x 1100 x 620<br />

<strong>LAB</strong>700: 700 x 750 x 720<br />

<strong>LAB</strong>700H: 700 x 950 x 720<br />

<strong>LAB</strong>900: 950 x 950 x 920<br />

<strong>LAB</strong>1100: 1100 x 1100 x 1050<br />

<strong>LAB</strong>1820: ø: 1820 / H: 1400


<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> <strong>LAB</strong> Standard<br />

General Features:<br />

P high-grade steel vacuum chamber mounted on welded<br />

frame rack with height adjustable feet<br />

P two set of chamber liners (evaporation shields)<br />

P water cooled chamber walls<br />

P viewports with mirror observation system or shutter<br />

P Pirani and Bayard-Alpert Ionivac<br />

P pumping system according to the requirements<br />

P PLC based control system with PC visualisation<br />

Electrical cabinets:<br />

P 2x or 3x 19” Rittal cabinet<br />

P main power distribution<br />

P PLC based control system with PC visualisation<br />

P Emergency Off<br />

Option:<br />

P customized electrical cabinets<br />

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4<br />

<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> Vacuum Pumping Systems<br />

Forepump<br />

HV pump<br />

HV valve<br />

By pass<br />

oil sealed<br />

dry<br />

Turbo<br />

Cryo<br />

Diff<br />

Meissner trap<br />

Turbo-basic Turbo Turbo-D Turbo-M<br />

+<br />

+<br />

Turbo<br />

Vacuum Pumping Systems<br />

+ +<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+


<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> Vacuum Pumping Systems<br />

Cryo-O Cryo-D Diff-O<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

+<br />

Cryo Diff<br />

Diff-D<br />

+<br />

+<br />

+<br />

+<br />

+<br />

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5


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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> <strong>Control</strong> <strong>systems</strong><br />

Mini PLC<br />

PLC with touch screen<br />

3 user level<br />

Service<br />

Supervisor<br />

User<br />

Monochrome touch panel with 320x240 pixels<br />

Compact PLC OMRON SYSMAC CPM2A<br />

with directly connected in- and outputs<br />

Signals directly wired to PLC<br />

(no field bus system)<br />

Standard touch screen version<br />

16 colours touch panel<br />

with 640x480 pixels<br />

Modular PLC OMRON SYSMAC<br />

CS1H with Profibus DP<br />

RS232 and RS485 interfaces<br />

Signals distributed via Profibus DP<br />

Other possible field busses with<br />

OMRON PLC: CANopen, DeviceNet,<br />

ASi, ModBus, Interbus Loop2<br />

Automatic control of:<br />

vacuum pumps<br />

process devices<br />

optional equipment:<br />

Modem<br />

Data logging on CF-card<br />

Recipe handling<br />

20 recipes can be stored<br />

fixed structure of header<br />

and up to 50 layers<br />

per recipe


<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> <strong>Control</strong> <strong>systems</strong><br />

Standard <strong>LAB</strong> plus controler touch screen version<br />

Additional features compared<br />

to PLC with touch screen version:<br />

Better graphics resolution<br />

Windows look and feel<br />

5 user levels<br />

configurable data logging<br />

Free recipe editing (drag and drop)<br />

Recipes stored in Access database on PC<br />

Up to 800 steps per recipe can be stored on PLC<br />

Modem and Ethernet<br />

process devices like OMS 3000 can be used<br />

19”-Rack Panel-PC in cabinet front<br />

or cabinet mounted Industrial-PC<br />

with separate mobile control desk for<br />

clean room installation with 15” or<br />

18” TFT-Touch screen<br />

Modular PLC with Profibus DP communication<br />

processor<br />

OMRON SYSMAC CS1H or SIEMENS SIMATIC S7<br />

RS232 and RS485 interfaces, TCP/IP on Industrial Ethernet<br />

Other possible field busses with SIMATIC PLC:<br />

ASi, Interbus<br />

PC version example screen shot<br />

See the light.<br />

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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> Process equipment<br />

<strong>The</strong>rmal Evaporation<br />

<strong>The</strong>rmal evaporator „big“<br />

P high current feedthroughs up to 1000 A<br />

P special boat holder<br />

P high current transformer 1100 A / 12 V<br />

P special thyristor unit<br />

High volume evaporator<br />

P ceramic heater with shielding<br />

P high volume<br />

Evaporation<br />

AS 053<br />

Evaporator „big“ Evaporator „small“<br />

<strong>The</strong>rmal evaporator „small“<br />

P Evaporation assembly<br />

P High current generator AS053 (400A<br />

with 5V or 200A with 10V)<br />

Multi boat evaporator


Electron beam Evaporation<br />

HPE 6 ESV 14/Q<br />

EVM-6 EVM-8<br />

Electron-beam evaporator HPE 6<br />

P max. power: 6 kW<br />

P deflection: 270°<br />

P 3 types: coaxial, standard, long<br />

P single, 4-6-7 cup<br />

Electron-beam evaporator ESV 14/4 , ESV 14/D , ESV 14/Q<br />

P crucible: four-hearth rotary crucible (ESV 14/4) • 4x 25 cm 3<br />

single hearth rotary crucible (ESV 14/D) • 1x 100 cm 3<br />

exchangeable crucible plates (ESV 14/Q)<br />

P beam power at 10 kV: 10 kW<br />

P operating pressure: < 5x10 -4 mbar<br />

P cooling water requirement: > 12 l/min; 4-7 bar<br />

EGC 38 power supply<br />

ESV 14/Q<br />

contact cooled<br />

ESV 14/Q<br />

directly cooled<br />

EVM-6<br />

directly cooled<br />

EVM-6<br />

contact cooled<br />

EVM-8<br />

directly cooled<br />

1x D 40 mm - 4x D 38 mm 14x D 14mm<br />

10 mm deep - 19 mm deep 10 mm deep<br />

1x D 70 mm - 4x D 38 mm -<br />

32 mm deep - 15 mm deep -<br />

1x 65 cm3 1x 93 cm3 4x 8 cm3 6x 4 cm3 -<br />

max 4 kW max 6 kW max 5 kW max 4 kW -<br />

1x 65 cm3 - 4x8 cm36x 4 cm3 12x 1,1 cm3 max 3 kW - max 4 kW max 3 kW max 2 kW<br />

1x 160 cm3 1x 240 cm3 4x 30 cm3 6x 20 cm3 12x 4 cm3 max 10 kW max 10 kW max 8 kW max 8 kW max 3 kW<br />

Electron-beam evaporator EV M-6 and EV M-8<br />

P max. power: 6 kW (EV M-6) or 10 kW (EV-M8)<br />

P acceleration voltage: 4 - 10 kV<br />

P operating pressure: 1x10 -8 to 5x10 -4 mbar<br />

P cooling water requirement:<br />

6 l/min (1.6 gpm); > 3 bar (45 psi)<br />

P mounting flange: 32 mm through hole<br />

e-gun controller unit EGC38<br />

P with radio controlled remote unit<br />

P Windows based setup and simulation software<br />

power supply<br />

P switched filament power supply<br />

P HV-generator power supply with 5kW or 10 kW<br />

Evaporation<br />

See the light.<br />

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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> Magnetron Sputtering<br />

Magnetron Sputtering<br />

Penning cathode PK 100 - 250<br />

P wall mounted<br />

P magnetic array at athmosphere<br />

P water cooling integrated in backing plate<br />

Internally mounted cathode IMM 100 - 200<br />

P adjustable distance to substrate<br />

P high yield magnetic array<br />

P magnetic array not in contact with cooling water<br />

Ion and plasma sources<br />

End Hall ion sources<br />

P pressure range > 3·10 -4 mbar<br />

P beam current up to 1000 mA<br />

P ion energy from 40 to 120 eV<br />

P filament or hollow cathode nutralizer<br />

ECWR plasma sources<br />

P pressure range > 1·10-4 mbar<br />

P plasma densities up to 1013 /cm3 P ion current density up to 3 mA/cm2 P independent control of the ion energy<br />

from 20 to 600 eV<br />

RF ion source<br />

P RF power: 75 to 300 W at 13.56 MHz<br />

P beam current: up to 50 mA<br />

P ion energy: from 100 to 2000 eV<br />

Deposition<br />

Penning cathode<br />

IMM 100<br />

Mark I Mark II<br />

Copra<br />

RF/I 40<br />

Copra


<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> Thickness measurement and rate control<br />

Quartz monitoring<br />

thin film deposition controller IC/5<br />

P control of up to 6 coating sources<br />

P co-deposition with two sources is possible<br />

P 50 coating programs with 250 different layers<br />

P 24 material programs<br />

P simultaneous measurement with up to 8 sensors<br />

P thickness resolution: ca. 1 Å<br />

P rate resolution: down to 0.1 Å /s<br />

thin film deposition controller XTC/2<br />

P two channels, but not simultaneously used<br />

P 9 coating programs with up to 3 different layers<br />

P 9 material programs<br />

P thickness resolution: ca. 1 Å<br />

P rate resolution: down to 0.1 Å /s<br />

sensors:<br />

double head shutter assembly standard<br />

Optical monitoring<br />

Optical monitor OMS 3000<br />

P measuring range: 400 ... 2400 nm<br />

P test glass changer (motor controlled) with 100 test glasses<br />

IC/5<br />

XTC/2<br />

OMS 3000<br />

test glas changer<br />

Thickness measurement and control<br />

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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> Substrate Handling<br />

Table Palette<br />

Substrate holder<br />

Plane plate (with holder rings)<br />

Calotte (1 or 4 segments)<br />

Substrate drive <strong>systems</strong><br />

ferrofluidic rotary feedthrough<br />

P Massiv shaft with servo motor<br />

P hollow shaft with servo motor or asynchronous motor<br />

substrate driver <strong>systems</strong><br />

Calotte<br />

Substrate Handling


<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> Substrate Heating<br />

ceramic heater<br />

inconel backside heater<br />

Substrate heating<br />

IR-resistor heater<br />

P power: 2,2 kW<br />

Quartz lamp heater<br />

P power: 3 x 500 W<br />

P UHV compatible<br />

Ceramic radiative heater<br />

P contamination free<br />

P low desorption<br />

P power: 5,2 kW<br />

Inconel backside heater<br />

P max. substrate temperature: 300 °C<br />

P power: depends on chamber size<br />

IR resistor<br />

lamp heater<br />

Substrate Handling<br />

See the light.<br />

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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> References<br />

P D65 B + WSU 251<br />

P COOLVAC 1500 semiline<br />

P 2x 600W RF generator<br />

P high current generator AS053<br />

P deposition controller IC/5<br />

P PLC with touch screen terminal<br />

P 3x 3” cathode<br />

P thermal evaporator<br />

P ion source Mark I<br />

P rotation shutter plate<br />

P positionable substrate palette<br />

<strong>LAB</strong>500<br />

<strong>LAB</strong> 500 SP<br />

SPUTTER UP


P T1600/TRIVAC D65 B + WSU 501<br />

P gate valve DN 250<br />

P PLC with touch screen terminal<br />

P 3x 4” cathode with reactive gas shower<br />

P RF-plasma ion source<br />

P rotary substrate heater table up to 600°C<br />

P multilayer deposition<br />

P co-sputtering<br />

P ion beam etching<br />

<strong>LAB</strong> 600 SP<br />

SPUTTER COATER<br />

<strong>LAB</strong>600 See<br />

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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> References<br />

P Ecodry 50 LR + WSU 501 / COOLVAC 2500<br />

P gate valve DN 250<br />

P 2x e-gun ESV14<br />

P 2x e-gun controller EGC 38<br />

P deposition controller IC/5<br />

P 4x crystal with shutter<br />

P <strong>LAB</strong> plus control system<br />

P End hall ion source with<br />

hollow cathode neutralizer<br />

<strong>LAB</strong>600<br />

<strong>LAB</strong> 600 H<br />

EVAPORATION SYSTEM


P COOLVAC 3.011 with ECODRY / WSU 251<br />

P 2x e-gun ESV 14/4<br />

P 2x e-gun controller EGC 38<br />

P ECWR plasma source Cobra<br />

P 2x thermal evaporator<br />

P UHV rotary substrate drive<br />

P 3x 19”cabinet with all integrated devices<br />

P deposition controller IC5<br />

P <strong>LAB</strong> plus control system<br />

<strong>LAB</strong> 700<br />

EVAPORATION SYSTEM<br />

<strong>LAB</strong>700 See<br />

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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> References<br />

P DIP12000 with TRIVAC D65B / RUVAC WSU501<br />

P 2x e-gun ESV14/4<br />

P 2x e-gun controller EGC 38<br />

P 3x thermal evaporator<br />

P deposition controller IC/5<br />

P OMS3000 with test glass changer<br />

P 2x quartz lamp heater<br />

P UHV rotary feedthrough with hollow shaft<br />

and substrate palette<br />

P <strong>LAB</strong> plus control system<br />

<strong>LAB</strong>900<br />

<strong>LAB</strong> 900 EB<br />

EVAPORATION SYSTEM


P DIP1200<br />

P SOGEVAC SV 300 / WSU 1001<br />

P 2x e-gun ESV 14/4<br />

P 2x e-gun controller EGC 38<br />

P 2x thermal evaporator<br />

P 1x End hall ion source with filament neutralizer<br />

P 1x deposition controller IC/5<br />

P 2x ceramic heater 5,2 kW<br />

P <strong>LAB</strong> plus control system<br />

<strong>LAB</strong> 1100<br />

EVAPORATION SYSTEM<br />

<strong>LAB</strong>1100 See<br />

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<strong>The</strong> <strong>LAB</strong> <strong>Family</strong><br />

> References<br />

P COOLVAC 10000 CL<br />

P ECODRY LR 50 + Roots WSU 501<br />

P Chamber heating system<br />

P 6x single pocket e-beam evaporator<br />

P 4x deposition controller XTC/2<br />

P 1x ECWR plasma source<br />

P 1x 16 cm Kaufman ion source<br />

P <strong>LAB</strong> plus control system<br />

<strong>LAB</strong>1100 UHV<br />

<strong>LAB</strong> 1100 UHV<br />

EVAPORATION SYSTEM


P DIP 20000<br />

P screwline SP 630 + Roots WAU 2001<br />

P 4x high volume thermal evaporator<br />

P 4x deposition controller XTM/2<br />

P 4x rotary substrate drive<br />

<strong>LAB</strong> 1820<br />

EVAPORATION SYSTEM<br />

<strong>LAB</strong>1820 See<br />

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Clusters<br />

> References<br />

P 2x cassette load lock chamber with elevator<br />

P 1x central handler chamber with vacuum robot<br />

P 1x evaporation chamber<br />

• COOLVAC 3000 semiline, ECODRY + WSU 501<br />

• 1x e-gun ESV 14<br />

• 1x e-gun controller EGC 38<br />

• 1x deposition controller XTC/2<br />

P 1x sputter chamber<br />

• COOLVAC 1500 semiline, ECODRY + WSU 251<br />

• 3x magnetron IMM 200<br />

P etch chamber<br />

• TW 250 S<br />

• inverse sputter etcher for substrate cleaning<br />

C<strong>LAB</strong>500EBSP<br />

C<strong>LAB</strong> 500 EBSP


P 1x load lock and transfer chamber<br />

• 2x linear substrate manipulator<br />

• TURBOVAC 151<br />

P 1x DC sputter chamber<br />

• 2x 6“ DC magnetron<br />

• TURBOVAC 361 C, TRIVAC D 65 B<br />

P 1x HF sputter chamber<br />

• 1x 6“ HF magnetron<br />

• TURBOVAC 361 C<br />

• substrate heater up to 400 °C<br />

CLUSTEX 100 M<br />

CLUSTEX 100 M See<br />

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Clusters<br />

> References<br />

P 1x cassette load lock chamber for 8“ wafers<br />

• TW 70 + scroll pump SC 30<br />

P 1x central handler chamber with vacuum robot<br />

• T 600 + scroll pump SC 30<br />

P 1x etch chamber<br />

• T 600 + TRIVAC D 65 B + WSU 501<br />

• inverse RF-sputter etcher for substrate cleaning<br />

P 1x sputter chamber<br />

• T 600<br />

• 1x DC magnetron IMM 250<br />

CLUSTEX 250<br />

CLUSTEX 250 M


CHINA<br />

<strong>Leybold</strong> <strong>Optics</strong> China<br />

Beijing Liaison Office<br />

Kangsheng Industrial Park No. 25<br />

No.11 Kangding Street<br />

Beijing 100176, PR China<br />

Phone: +86 (0) 10 - 67 80 33 66 109<br />

Fax: +86 (0) 10 - 67 80 33 66 100<br />

FRANCE<br />

<strong>Leybold</strong> <strong>Optics</strong> France<br />

7 Avenue du Quebec<br />

F-91140 Villebon sur Yvette<br />

Z.A. de Courtaboeuf<br />

Phone: +33 (0) 1 - 69 82 48 12<br />

Fax: +33 (0) 1 - 69 82 48 40<br />

GREAT BRITAIN / IRELAND /<br />

THE NETHERLANDS<br />

<strong>Leybold</strong> <strong>Optics</strong> UK<br />

St. Modwen Road, Stretford<br />

Manchester M32 OZE<br />

Phone: +44 (0) 161 - 866 28 00<br />

Fax: +44 (0) 161 - 866 28 01<br />

<strong>LAB</strong>family and CLUSTERS<br />

JAPAN<br />

<strong>Leybold</strong> <strong>Optics</strong> Japan<br />

Tobu A.K.Bldg., 4F<br />

3-23-3, Shin-Yokohama 3-chome<br />

Yokohama, 222<br />

Phone: +81 (0) 45 - 471 33 31<br />

Fax: +81 (0) 45 - 471 33 32<br />

KOREA<br />

<strong>Leybold</strong> <strong>Optics</strong> Korea<br />

# 1406, HyunDae 41 Tower, 917-9<br />

Mok-1Dong, Yangcheon-Gu<br />

Seoul 158-051<br />

Phone: +82 (0) 2 - 21 68 21 36<br />

Fax: +82 (0) 2 - 21 68 20 78<br />

ITALY / AUSTRIA /<br />

SLOWENIA<br />

<strong>Leybold</strong> <strong>Optics</strong> Italia<br />

Via Trasimeno 8<br />

20128 Milano<br />

Phone: +39 (0) 2 - 26 30 50 84<br />

Fax: +39 (0) 2 - 27 20 96 95<br />

SPAIN / PORTUGAL<br />

<strong>Leybold</strong> <strong>Optics</strong> Ibérica<br />

C/Carles Buigas 57-59<br />

08980 Sant Feliu de Llobregat<br />

Barcelona - Spain<br />

Phone: +34 (0) 93 - 666 07 78<br />

Fax: +34 (0) 93 - 666 46 12<br />

TAIWAN<br />

<strong>Leybold</strong> <strong>Optics</strong> Taiwan<br />

82, Shien-Cheng 11th<br />

Chu-Bei City<br />

302, Hsinchu County<br />

Taiwan R.O.C.<br />

Phone: +886 (0) 35 - 583 138<br />

Fax: +886 (0) 35 - 583 139<br />

USA / CANADA / SOUTH AMERICA<br />

<strong>Leybold</strong> <strong>Optics</strong> USA<br />

539 James Jackson Ave.<br />

Cary, NC 27513<br />

Phone: +1 (919) 657 - 71 00<br />

Fax: +1 (919) 657 - 71 00<br />

See the light.<br />

HEADQUARTERS: LEYBOLD OPTICS <strong>GmbH</strong> Siemensstrasse 88 D-63755 Alzenau Tel.: +49 (0) 60 23 - 50 0-0<br />

Fax +49 (0) 60 23 - 50 0-150 E-Mail: info@leyboldoptics.com www.leyboldoptics.com<br />

LEYBOLD OPTICS DRESDEN <strong>GmbH</strong> Zur Wetterwarte 50/Haus 303 01109 Dresden (Germany) Tel.: +49 (0) 351 - 86 69 5-10<br />

Fax: +49 (0) 351 - 86 69 5-42 E-Mail: info.dresden@leyboldoptics.com www.leyboldoptics.com<br />

MBWM.de

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