Index - 2
Transpector MPH Operating Manual
beam focus 3-4
cage 3-4
current 3-10, 9-3
detector 3-10
doubly charged 4-3
energy 3-7, 9-3
intensity 4-1
low mass 3-7
mass-to-charge ratio 4-1
multiply charged 4-6
parent 4-3, 9-5
remove high mass 3-7
source 1-5, 3-1, 3-2, 4-14, 9-3
source assembly kit 10-2
source removal 6-9, 6-11
total yield 4-15
ion detector 1-5
ionization probability 4-9, 4-11, 4-13, 9-4
ionizer 4-14
isotope 9-4
isotope ratios 4-4, 4-6
L
LED indicators 11-4
lighter elements 4-4
linearity 9-4
M
mass discrimination 4-15
mass filter 3-1, 3-6, 9-4
mass range 11-1
mass spectrometer 9-4
mass spectrum 3-8, 4-1, 9-4
mass to charge ratio 9-4
material factor 4-9, 9-5
mean-free-path 9-5
molecular flow 9-5
mounting requirements 1-7
multiple peaks 4-3
N
natural abundance 9-5
nitrogen trifluoride 3-13
noise level 7-6
O
open ion source 9-5
outgassing 4-14, 9-5
overvoltage category 1-8
P
parent ion 9-5
partial pressure 4-13, 4-16, 9-6
analyzer 4-8
pass band width 3-8
peak height 4-8
peak shape, poor 7-5
perimeter for maintenance access 1-7
pole zero 3-7, 9-6
pollution degree 1-8
power
input 11-3
supply 1-15, 12-2
pressure maximum 11-2
pumping 4-14
Q
quadrupole 9-6
exit aperture 3-10
exit lens 3-10
mass filter 1-5
partial pressure analyzer 1-4
radius 3-6, 3-7
R
reactive fluorides 3-13
relay outputs 11-4
repeller (electron) 9-6
required vacuum 1-8
residual gas analyzer 9-6
resolution 3-8, 9-6, 11-2
RF
amplitude 3-7
error 7-2
frequency 3-7
potential 3-7
RS232
setting up 1-15
specifications 11-4
RS485
specifications 11-4
S
secondary electron 9-6
sensitivity 4-12, 4-15, 9-6, 11-2
poor 7-5
sensor 1-5, 12-2
bakeout temperature 1-13
cleaning 1-9
contaminated 6-1
length 11-1
max operating temp 11-3
mounting near magnetic fields 1-11
ship kit 12-1
software 12-4
spectra 4-1
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