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Vacuum Technology Know How - Triumf

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Pfeiffer <strong>Vacuum</strong><br />

Page 106<br />

<strong>Vacuum</strong> <strong>Technology</strong><br />

Inlet Pressure<br />

100-1,200 mbar<br />

Heated Quartz Capillary<br />

HiPace 80<br />

MVP 015-2<br />

EVB 016 S<br />

LN 2 Cooling Trap<br />

UDV 040 with<br />

Gas Line<br />

QMA 400 with<br />

Crossbeam Ion Source<br />

SEM 217<br />

HiPace 80<br />

MVP 015-4<br />

EP 422<br />

Figure 4.18: Quadrupole mass spectrometer with gas inlet system,<br />

crossbeam ion source and cooling trap<br />

Process Chamber<br />

a) 50 mbar > p > 1 . 10 - 4 mbar<br />

UDV 040<br />

b) 10 mbar > p > 1 . 10 - 7 mbar<br />

SVV dual valve<br />

with 1 x orifice<br />

c) 10 mbar > p > 1 . 10 - 7 mbar<br />

HPI 010, manual,<br />

with 2x orifices<br />

p < 1 . 10 - 6 mbar<br />

HiPace 80<br />

PrismaPlus<br />

C-SEM open<br />

ion source<br />

MVP 015-4<br />

Figure 4.19: Differentially pumped quadrupole mass spectrometer<br />

with various gas inlets<br />

OMH<br />

400-5<br />

24 VDC<br />

OMH 422<br />

Quadera ®<br />

RS-232-C or<br />

optical waveguide cable<br />

RS-232-C oder<br />

LAN interface<br />

2 x relay outputs<br />

2 x analog inputs<br />

4 x analog outputs<br />

Power Supply<br />

www.pfeiffer-vacuum.net

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