Operation
Part
2.2
TAG’s en
rigorous
Compute
prototypi
met at ev
ensuring
to demon
througho
TAG prid
and facili
invested
TAG to t
the harsh
military s
and DO 1
TAG’s o
Highly A
Chamber
test cham
thermal t
•
F
li
•
A
•
A
w
•
D
in
TAG imp
art produ
TAG’s m
Manufac
operating
manufact
ns Manual
Number: 1
2 Core
C
ngineering m
design revie
er-Aided Des
ing processe
very step of t
all entrance
nstrate requir
out the design
des itself on
ities. Over t
in several pi
test and certi
hest environm
standards – i
160D.
nsite test equ
Accelerated L
r, an Electrom
mber, and a h
test chamber
loor plan de
ines
A dedicated 2
A modern pro
with external
Dedicated Qu
nspection
plements Ce
uction facility
manufacturin
turing. Con
g in isolation
turing opera
SV-20
1008080
ompetence
2.2.1 En
methodology
ews. Althou
sign (CAD)
es, and divers
the design. T
e and exit cri
rement comp
n process.
its engineer
the past thre
ieces of equi
ify products
mental requi
including the
uipment curr
Lifecycle Te
magnetic Int
high-/low-tem
r. TAG’s fac
esigned to su
24-hour syst
oduction stat
web collabo
uality Assura
2.2.2 Ma
llular Manu
y to minimiz
ng facility is
nsistent with
n; however p
ations, costs,
000-X2 Ser
Version
es
ngineering
y is built upo
ugh PMs driv
tools, Comp
se test equip
TAG Engine
teria are met
pliance, risk
ring laborato
e years, TAG
ipment that a
directly ons
rements of
e MIL-STD-
rently includ
esting (HALT
terference (E
mperature
cility also pr
upport a cellu
em burn-in r
tus tracking
oration capab
ance worksta
anufacturin
facturing pro
ze waste byp
physically p
the model, e
personnel an
and the prod
rver (CENT
1.4. 01/12/
on Multi-Dis
ve the schedu
putational Fl
pment and fa
eering follow
t at each stag
ks are mitigat
ories
G has
allow
site to
-810F
des a
T)
EMI)
rovides:
ular manufac
room
and Enterpr
bilities
ations for sy
ng and Inte
ocesses throu
products and
partitioned to
each of TAG
d tools are s
duction/integ
TRIX /
JHS
/2010
sciplinary Op
ule at TAG,
uid Dynami
acilities to en
ws a proven
ge. Rigorou
ted, and dec
cturing mode
rise Resource
ystem compli
egration
ugh our com
d maximize p
o model the m
G’s productio
hared across
gration sche
SV)
P
ptimization (
Engineering
cs (CFD) mo
nsure require
design-revie
us documenta
isions are pr
el with modu
e Planning (E
iance and va
mpartmentali
production e
major philos
on cells are c
s all cells to
dule. TAG’
Page 4 of 8
(MDO) and
g leverages
odels, rapid
ements are b
ew process,
ation is com
rudent –
ular assembl
ERP) system
alidation
ized, state-of
efficiency.
sophies of L
capable of
streamline
’s floor
82
eing
mpiled
ly
m
f-the-
ean