Operati
o
Part
TAG’s
e
rigorou
s
leverag
e
models,
require
m
proven
d
stage.
R
risks ar
e
TAG pri
d
laborat
o
three y
e
pieces
o
and cer
t
harshes
military
s
810F a
n
TAG’s
o
include
s
Testing
Electro
m
test cha
•
•
•
•
TAG im
p
state-of
-
producti
major p
h
producti
shared
a
o
ns Manua
l
Number:
1
2.2
e
ngineering
s
design re
v
e
s Comput
e
rapid prot
o
m
ents are
b
d
esign-revi
e
R
igorous d
o
e
mitigated
,
d
es itself o
o
ries and fa
e
ars, TAG
h
o
f equipme
n
t
ify product
s
t environm
e
s
tandards
–
n
d DO 160
D
o
nsite test
e
s
a Highly
A
(HALT) Ch
m
agnetic In
mber. TA
G
A
fl
o
mod
A
de
d
A
m
o
(ER
P
Dedi
c
valid
a
p
lements
C
-
the-art pro
on efficien
c
h
ilosophie
s
on cells ar
e
a
cross all
c
l
1
008148
Core Co
m
2.2.1 En
methodol
o
v
iews. Alth
er
-
A
ided D
e
o
typing pro
c
b
eing met a
e
w proces
s
o
cumentati
o
,
and decis
i
n
its engin
e
cilities. O
v
h
as investe
d
n
t that allo
w
s
directly o
e
ntal requi
r
–
including
D
.
e
quipment
c
A
ccelerated
amber, an
terference
G
’s facility
a
o
or plan de
s
ular asse
m
d
icated 24-
o
dern prod
u
P
) system
w
c
ated Quali
a
tion inspe
c
2.2.2 M
a
C
ellular Ma
n
duction fa
c
c
y. TAG’s
of Lean M
e
capable
o
c
ells to stre
a
SV-
1
V
ersion
m
petenc
e
gineerin
g
o
gy is built
u
ough PMs
e
sign (CA
D
c
esses, an
d
t every ste
p
s
, ensuring
o
n is comp
i
ons are pr
u
e
ering
v
er the pas
t
d
in severa
w
TAG to t
e
nsite to th
e
r
ements of
the MIL-S
T
c
urrently
Lifecycle
(EMI) test
c
a
lso provid
e
s
igned to s
u
m
bly lines
hour syste
m
u
ction statu
s
w
ith externa
ty Assuran
c
tion
a
nufactu
r
n
ufacturing
c
ility to mini
manufactu
r
anufacturi
n
o
f operatin
g
a
mline ma
n
1
00-M-DV
R
1.0. 08/18
/
e
s
g
u
pon Multi
-
drive the s
c
D
) tools, Co
d
diverse t
e
p
of the de
s
all entranc
iled to de
m
u
dent – thr
o
t
l
e
st
e
T
D-
c
hamber,
a
e
s:
u
pport a c
e
m
burn-in r
o
s
tracking
a
l web colla
b
ce worksta
r
ing and
I
processes
mize wast
e
r
ing facility
n
g. Consis
t
g
in isolatio
n
n
ufacturing
R
/
2009
-
Disciplinar
y
c
hedule at
mputation
a
e
st equipm
e
s
ign. TAG
e and exit
c
m
onstrate r
e
o
ughout th
e
a
nd a high-
/
e
llular man
u
o
om
a
nd Enterp
r
b
oration c
a
tions for s
y
I
ntegrati
o
through o
u
e
byproduc
t
is physical
l
t
ent with th
e
n
; howeve
r
operation
s
P
y
Optimiza
t
TAG, Engi
n
a
l Fluid Dy
n
e
nt and fa
c
Engineerin
c
riteria are
e
quirement
e
design p
r
/
low-tempe
r
u
facturing
m
r
ise Resou
r
a
pabilities
y
stem com
p
o
n
u
r compart
m
t
s and max
l
y pa
r
tition
e
e
model, e
a
r
personnel
s
, costs, an
d
P
age 4 of
5
t
ion (MDO)
n
eering
n
amics (CF
D
c
ilities to en
g follows a
met at eac
complianc
e
r
ocess.
r
ature ther
m
m
odel with
r
ce Planni
n
p
liance and
m
entalized,
imize
e
d to mode
a
ch of TA
G
and tools
a
d
the
5
4
and
D
)
sure
h
e
,
m
al
n
g
l the
G
’s
a
re