EECS 713 HOMEWORK ASSIGNMENT #2 (170 POINTScallen58/713/EECS713_HW-2.pdf · EECS 713 HOMEWORK...
Transcript of EECS 713 HOMEWORK ASSIGNMENT #2 (170 POINTScallen58/713/EECS713_HW-2.pdf · EECS 713 HOMEWORK...
EECS 713 HOMEWORK ASSIGNMENT #2 (170 POINTS)
Design a pseudorandom noise (PN) generator with length 127 Using each of the following technologies (data sheets provided), design a pseudorandom noise generator with a sequence length of 127.
1. FACT (National Semiconductor Advanced CMOS: 74AC devices in DIP package) 2. FAST TTL (Texas Instruments F series TTL: 74F devices in DIP package) 3. 100K ECL (Fairchild 300 series ECL: DIP package) 4. 10G GaAs (GigaBit Logic 10G series: the fastest version in type “C” package) 5. UPG GaAs (NEC Logic)
For each design, provide: a timing diagram for all signals (10 points per technology 5 technologies) estimates of currents from each supply source, a complete list of materials (parts
list), a list of all assumptions made (10 points per technology 5 technologies) For the CMOS and ECL designs (only), provide: a complete schematic showing all pin connections
(10 points per technology 2 technologies) For each technology, determine (10 points per technology 5 technologies) if high-speed design rules should be applied, and the maximum usable clock
frequency. Assumptions used throughout include- for CMOS (FACT) and TTL (FAST) assume a 2-ns risetime (Tr) each trace is 2 inches in length; printed-wiring board (PWB) composed of FR-4 in stripline configuration; assume the worst case timing for all devices, over all temperatures.
Be sure to include the propagation delay through the traces in the timing analysis
Basic circuit arrangement
Technology
Item Points possible
CMOSFACT
TTLFAST
ECL100K
GaAs10G
GaAsUPG TOTALS
Timing diagram 5 X 10 each
Current estimatesList of materials, assumptions
5 X 10 each
Schematics 2 X 10 each
High-speed design rules apply ?Maximum usable clock frequency
5 X 10 each
TOTAL 170
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ting
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idth
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IGH
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R
t REC
Recovery
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e5�0
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MR
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�Voltage
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is5�0
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V
Capacitance
Sym
bol
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mete
rTyp
Units
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ns
CIN
InputC
apacitance
4�5
pF
VC
Ce
OPEN
CPD
Pow
erD
issip
ation
45�0
pF
VC
Ce
5�0
V
Capacitance
4
© 2
000
Fai
rchi
ld S
emic
ondu
ctor
Cor
pora
tion
DS
0105
82w
ww
.fairc
hild
sem
i.com
Aug
ust 1
989
Rev
ised
Aug
ust 2
000
100307 Low Power Quint Exclusive OR/NOR Gate
1003
07L
ow
Po
wer
Qu
int
Exc
lusi
ve O
R/N
OR
Gat
e
Gen
eral
Des
crip
tio
nT
he 1
0030
7 is
mon
olith
ic q
uint
exc
lusi
ve-O
R/N
OR
gat
e.T
he F
unct
ion
outp
ut is
the
wire
-OR
of a
ll fiv
e ex
clus
ive-
OR
outp
uts.
All
inpu
ts h
ave
50 k
Ω p
ull-d
own
resi
stor
s.
Fea
ture
s■
Low
Pow
er O
pera
tion
■20
00V
ES
D p
rote
ctio
n
■P
in/fu
nctio
n co
mpa
tible
with
100
107
■V
olta
ge c
ompe
nsat
ed o
pera
ting
rang
e =
−4.2
V to
−5.
7V
■A
vaila
ble
to in
dust
rial g
rade
tem
pera
ture
ran
ge
(PLC
C p
acka
ge o
nly)
Ord
erin
g C
od
e:
Dev
ices
als
o av
aila
ble
in T
ape
and
Ree
l. S
peci
fy b
y ap
pend
ing
the
suffi
x le
tter
“X”
to th
e or
derin
g co
de.
Lo
gic
Sym
bo
l
Pin
Des
crip
tio
ns
Lo
gic
Eq
uat
ion
Co
nn
ecti
on
Dia
gra
ms
24-P
in D
IP
28-P
in P
LC
C
Ord
er N
um
ber
Pac
kag
e N
um
ber
Pac
kag
e D
escr
ipti
on
1000
307P
CN
24E
24-L
ead
Pla
stic
Dua
l-In-
Line
Pac
kage
(P
DIP
), J
ED
EC
MS
-010
, 0.4
00 W
ide
1000
307Q
CV
28A
28-L
ead
Pla
stic
Lea
d C
hip
Car
rier
(PLC
C),
JE
DE
C M
O-0
47, 0
.450
Squ
are
1000
307Q
IV
28A
28-L
ead
Pla
stic
Lea
d C
hip
Car
rier
(PLC
C),
JE
DE
C M
O-0
47, 0
.450
Squ
are
Indu
stria
l Tem
pera
ture
Ran
ge (
−40°
C to
+85
°C)
Pin
Nam
esD
escr
ipti
on
Dna
–Dne
Dat
a In
puts
FF
unct
ion
Out
put
Oa–
Oe
Dat
a O
utpu
ts
Oa–
Oe
Com
plem
enta
ry
Dat
a O
utpu
ts
F=
(D1a
⊕ D
2a)
+ (D
1b⊕
D2b
)+
(D1c
⊕ D
2c)
+(D
1d⊕
D2d
)+
(D1e
⊕ D
2e).
ww
w.fa
irchi
ldse
mi.c
om2
100307
Ab
solu
te M
axim
um
Rat
ing
s(N
ote
1)R
eco
mm
end
ed O
per
atin
gC
on
dit
ion
s
No
te 1
: T
he “
Abs
olut
e M
axim
um R
atin
gs”
are
thos
e va
lues
bey
ond
whi
chth
e sa
fety
of
the
devi
ce c
anno
t be
gua
rant
eed.
The
dev
ice
shou
ld n
ot b
eop
erat
ed a
t th
ese
limits
. th
e pa
ram
etric
val
ues
defin
ed i
n th
e E
lect
rical
Cha
ract
eris
tics
tabl
es a
re n
ot g
uara
ntee
d at
the
abs
olut
e m
axim
um r
atin
g.T
he “
Rec
omm
ende
d O
pera
ting
Con
ditio
ns”
tabl
e w
ill d
efin
e th
e co
nditi
ons
for
actu
al d
evic
e op
erat
ion.
No
te 2
: E
SD
test
ing
conf
orm
s to
MIL
-ST
D-8
83, M
etho
d 30
15.
Co
mm
erci
al V
ersi
on
DC
Ele
ctri
cal C
har
acte
rist
ics
(Not
e 3)
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D, T
C=
0°C
to +
85°C
No
te 3
: T
he s
peci
fied
limits
rep
rese
nt t
he “
wor
st c
ase”
val
ue f
or t
he p
aram
eter
. S
ince
the
se v
alue
s no
rmal
ly o
ccur
at
the
tem
pera
ture
ext
rem
es,
addi
tiona
lno
ise
imm
unity
and
gua
rdba
ndin
g ca
n be
ach
ieve
d by
dec
reas
ing
the
allo
wab
le s
yste
m o
pera
ting
rang
es. C
ondi
tions
for
test
ing
show
n in
the
tabl
es a
re c
ho-
sen
to g
uara
ntee
ope
ratio
n un
der
“wor
st c
ase”
con
ditio
ns.
DIP
AC
Ele
ctri
cal C
har
acte
rist
ics
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D
Sto
rage
Tem
pera
ture
(T
ST
G)
−65°
C to
+15
0°C
Max
imum
Jun
ctio
n Te
mpe
ratu
re (
TJ)
+150
°CV
EE P
in P
oten
tial t
o G
roun
d P
in−7
.0V
to +
0.5V
Inpu
t Vol
tage
(D
C)
VE
E to
+0.
5V
Out
put C
urre
nt (
DC
Out
put H
IGH
)−5
0 m
A
ES
D (
Not
e 2)
≥200
0V
Cas
e Te
mpe
ratu
re (
TC
)
Com
mer
cial
0 °C
to +
85°C
Indu
stria
l−4
0°C
to +
85°C
Sup
ply
Vol
tage
(V
EE)
−5.7
V to
−4.
2V
Sym
bo
lP
aram
eter
Min
Typ
Max
Un
its
Co
nd
itio
ns
VO
HO
utpu
t HIG
H V
olta
ge−1
025
−955
−870
mV
VIN
=VIH
(M
ax)
Load
ing
with
VO
LO
utpu
t LO
W V
olta
ge−1
830
−170
5−1
620
mV
or V
IL (
Min
)50
Ω to
−2.
0V
VO
HC
Out
put H
IGH
Vol
tage
−103
5m
VV
IN=
VIH
(M
in)
Load
ing
with
VO
LCO
utpu
t LO
W V
olta
ge−1
610
mV
or V
IL (
Max
)50
Ω to
−2.
0V
VIH
Inpu
t HIG
H V
olta
ge−1
165
−870
mV
Gua
rant
eed
HIG
H S
igna
l
for
All
Inpu
ts
VIL
Inpu
t LO
W V
olta
ge−1
830
−147
5m
VG
uara
ntee
d LO
W S
igna
l
for
All
Inpu
ts
I ILIn
put L
OW
Cur
rent
0.50
μAV
IN=
VIL
(M
in)
I IHIn
put H
IGH
Cur
rent
D2a
–D2e
250
μAV
IN=
VIH
(M
ax)
D1a
–D1e
350
I EE
Pow
er S
uppl
y C
urre
nt−6
9−4
3−3
0m
AIn
puts
Ope
n
Sym
bo
lP
aram
eter
TC
= 0°
CT
C=
+25°
CT
C=
+85°
CU
nit
sC
on
dit
ion
sM
inM
axM
inM
axM
inM
ax
t PLH
Pro
paga
tion
Del
ay
0.55
1.90
0.55
1.80
0.55
1.90
nst P
HL
D2a
–D2e
to O
, O
t PLH
Pro
paga
tion
Del
ay0.
551.
700.
551.
600.
551.
70ns
t PH
LD
1a–D
1e to
O, O
Fig
ures
1, 2
t PLH
Pro
paga
tion
Del
ay1.
152.
751.
152.
751.
153.
00ns
t PH
LD
ata
to F
t TLH
Tra
nsiti
on T
ime
0.35
1.20
0.35
1.20
0.35
1.20
nst T
HL
20%
to 8
0%, 8
0% to
20%
3w
ww
.fairc
hild
sem
i.com
100307
Co
mm
erci
al V
ersi
on
(C
ontin
ued)
PL
CC
AC
Ele
ctri
cal C
har
acte
rist
ics
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D
Ind
ust
rial
Ver
sio
n
PL
CC
DC
Ele
ctri
cal C
har
acte
rist
ics
(Not
e 4)
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D, T
C=
−40°
C to
+85
°C
No
te 4
: T
he s
peci
fied
limits
rep
rese
nt t
he “
wor
st c
ase”
val
ue f
or t
he p
aram
eter
. S
ince
the
se v
alue
s no
rmal
ly o
ccur
at
the
tem
pera
ture
ext
rem
es,
addi
tiona
lno
ise
imm
unity
and
gua
rdba
ndin
g ca
n be
ach
ieve
d by
dec
reas
ing
the
allo
wab
le s
yste
m o
pera
ting
rang
es. C
ondi
tions
for
test
ing
show
n in
the
tabl
es a
re c
ho-
sen
to g
uara
ntee
ope
ratio
n un
der
“wor
st c
ase”
con
ditio
ns.
PL
CC
AC
Ele
ctri
cal C
har
acte
rist
ics
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D
Sym
bo
lP
aram
eter
TC
= 0°
CT
C=
+25°
CT
C=
+85°
CU
nit
sC
on
dit
ion
sM
inM
axM
inM
axM
inM
ax
t PLH
Pro
paga
tion
Del
ay0.
551.
700.
551.
600.
551.
70ns
Fig
ures
1, 2
t PH
LD
2a–D
2e to
O, O
t PLH
Pro
paga
tion
Del
ay0.
551.
500.
551.
400.
551.
50ns
t PH
LD
1a–D
1e to
O, O
t PLH
Pro
paga
tion
Del
ay1.
152.
551.
152.
551.
152.
80ns
t PH
LD
ata
to F
t TLH
Tran
sitio
n T
ime
0.35
1.10
0.35
1.10
0.35
1.10
nst T
HL
20%
to 8
0%, 8
0% to
20%
Sym
bo
lP
aram
eter
TC
=−4
0°C
TC
= 0°
C t
o +
85°C
Un
its
Co
nd
itio
ns
Min
Max
Min
Max
VO
HO
utpu
t HIG
H V
olta
ge−1
085
−870
−102
5−8
70m
VV
IN=
VIH
(Max
)Lo
adin
g w
ith
VO
LO
utpu
t LO
W V
olta
ge−1
830
−157
5−1
830
−162
0m
Vor
VIL
(Min
)50
Ω to
−2.
0V
VO
HC
Out
put H
IGH
Vol
tage
−109
5−1
035
mV
VIN
= V
IH(M
in)
Load
ing
with
VO
LCO
utpu
t LO
W V
olta
ge−1
565
−161
0m
Vor
VIL
(Max
)50
Ω to
−2.
0V
VIH
Inpu
t HIG
H V
olta
ge−1
170
−870
−116
5−8
70m
VG
uara
ntee
d H
IGH
Sig
nal f
or A
ll In
puts
VIL
Inpu
t LO
W V
olta
ge−1
830
−148
0−1
830
−147
5m
VG
uara
ntee
d LO
W S
igna
l for
All
Inpu
ts
I ILIn
put L
OW
Cur
rent
0.50
0.50
μAV
IN=
VIL
(Min
)
I IHIn
put H
IGH
Cur
rent
D2a
–D2e
250
250
μAV
IN=
VIH
(Max
)
D1a
–D1e
350
350
I EE
Pow
er S
uppl
y C
urre
nt−6
9−3
0−6
9−3
0m
AIn
puts
Ope
n
Sym
bo
lP
aram
eter
TC
=−4
0°C
TC
=+2
5°C
TC
=+8
5°C
Un
its
Co
nd
itio
ns
Min
Max
Min
Max
Min
Max
t PLH
Pro
paga
tion
Del
ay0.
451.
700.
551.
600.
551.
70ns
Fig
ures
1, 2
t PH
LD
2a–D
2e to
O, O
t PLH
Pro
paga
tion
Del
ay0.
451.
500.
551.
400.
551.
50ns
t PH
LD
1a–D
1e to
O, O
t PLH
Pro
paga
tion
Del
ay1.
052.
551.
152.
551.
152.
80ns
t PH
LD
ata
to F
t TLH
Tran
sitio
n T
ime
0.35
1.10
0.35
1.10
0.35
1.10
nst T
HL
20%
to 8
0%, 8
0% to
20%
ww
w.fa
irchi
ldse
mi.c
om4
100307
Test
Cir
cuit
ry
No
tes:
VC
C, V
CC
A=
+2V
, VE
E=
−2.5
V
L1 a
nd L
2 =
equa
l len
gth
50Ω
impe
danc
e lin
es
RT
= 50
Ω te
rmin
ator
inte
rnal
to s
cope
Dec
oupl
ing
0.1
μF fr
om G
ND
to V
CC
and
VE
E
All
unus
ed o
utpu
ts a
re lo
aded
with
50Ω
to G
ND
CL
= F
ixtu
re a
nd s
tray
cap
acita
nce
≤ 3
pF
FIG
UR
E 1
. AC
Tes
t C
ircu
it
Sw
itch
ing
Wav
efo
rms FIG
UR
E 2
. Pro
pag
atio
n D
elay
an
d T
ran
siti
on
Tim
es
© 2
000
Fai
rchi
ld S
emic
ondu
ctor
Cor
pora
tion
DS
0098
80w
ww
.fairc
hild
sem
i.com
July
198
8
Rev
ised
Aug
ust 2
000
100341 Low Power 8-Bit Shift Register
1003
41L
ow
Po
wer
8-B
it S
hif
t R
egis
ter
Gen
eral
Des
crip
tio
nT
he 1
0034
1 co
ntai
ns e
ight
edg
e-tr
igge
red,
D-t
ype
flip-
flops
with
ind
ivid
ual
inpu
ts (
Pn)
and
out
puts
(Q
n) f
or p
aral
lel
oper
atio
n, a
nd w
ith s
eria
l inp
uts
(Dn)
and
ste
erin
g lo
gic
for
bidi
rect
iona
l sh
iftin
g.
The
fli
p-flo
ps
acce
pt
inpu
t da
ta
ase
tup
time
befo
re t
he p
ositi
ve-g
oing
tra
nsiti
on o
f th
e cl
ock
puls
e an
d th
eir
outp
uts
resp
ond
a pr
opag
atio
n de
lay
afte
rth
is r
isin
g cl
ock
edge
.
The
circ
uit
oper
atin
g m
ode
is d
eter
min
ed b
y th
e S
elec
tin
puts
S0
and
S1,
whi
ch a
re i
nter
nally
dec
oded
to
sele
ctei
ther
“pa
ralle
l en
try”
, “h
old”
, “s
hift
left”
or
“shi
ft rig
ht”
asde
scrib
ed i
n th
e T
ruth
Tab
le.
All
inpu
ts h
ave
50 k
Ω p
ull-
dow
n re
sist
ors.
Fea
ture
s■
35%
pow
er r
educ
tion
of th
e 10
0141
■20
00V
ES
D p
rote
ctio
n
■P
in/fu
nctio
n co
mpa
tible
with
100
141
■V
olta
ge c
ompe
nsat
ed o
pera
ting
rang
e =
−4.2
V to
−5.
7V
■A
vaila
ble
to in
dust
rial g
rade
tem
pera
ture
ran
ge
Ord
erin
g C
od
e:
Dev
ices
als
o av
aila
ble
in T
ape
and
Ree
l. S
peci
fy b
y ap
pend
ing
the
suffi
x le
tter
“X”
to th
e or
derin
g co
de.
Lo
gic
Sym
bo
l
Pin
Des
crip
tio
ns
Co
nn
ecti
on
Dia
gra
ms
24-P
in D
IP/S
OIC
28-P
in P
LC
C
Ord
er N
um
ber
Pac
kag
e N
um
ber
Pac
kag
e D
escr
ipti
on
1003
4SC
M24
B24
-Lea
d S
mal
l Out
line
Inte
grat
ed C
ircui
t (S
OIC
), J
ED
EC
MS
-013
, 0.3
00 W
ide
1003
41P
CN
24E
24-L
ead
Pla
stic
Dua
l-In-
Line
Pac
kage
(P
DIP
), J
ED
EC
MS
-010
, 0.4
00 W
ide
1003
41Q
IV
28A
28-L
ead
Pla
stic
Lea
d C
hip
Car
rier
(PLC
C),
JE
DE
C M
O-0
47, 0
.450
Squ
are
1003
41Q
CV
28A
28-L
ead
Pla
stic
Lea
d C
hip
Car
rier
(PLC
C),
JE
DE
C M
O-0
47, 0
.450
Squ
are
Indu
stria
l Tem
pera
ture
Ran
ge (
−40°
C to
+85
°C)
Pin
Nam
esD
escr
ipti
on
CP
Clo
ck In
put
S0,
S1
Sel
ect I
nput
s
D0,
D7
Ser
ial I
nput
s
P0–
P7
Par
alle
l Inp
uts
Q0–
Q7
Dat
a O
utpu
ts
ww
w.fa
irchi
ldse
mi.c
om2
100341
Tru
th T
able
H=
HIG
H V
olta
ge L
evel
L=
LOW
Vol
tage
Lev
elX
= D
on’t
Car
e=
LOW
-to-
HIG
H T
rans
ition
Lo
gic
Dia
gra
m
Fu
nct
ion
Inp
uts
Ou
tpu
ts
D7
D0
S1
S0
CP
Q7
Q6
Q5
Q4
Q3
Q2
Q1
Q0
Load
Reg
iste
rX
XL
LP
7P
6P
5P
4P
3P
2P
1P
0
Shi
ft Le
ftX
LL
HQ
6Q
5Q
4Q
3Q
2Q
1Q
0L
Shi
ft Le
ftX
HL
HQ
6Q
5Q
4Q
3Q
2Q
1Q
0H
Shi
ft R
ight
LX
HL
LQ
7Q
6Q
5Q
4Q
3Q
2Q
1
Shi
ft R
ight
HX
HL
HQ
7Q
6Q
5Q
4Q
3Q
2Q
1
Hol
dX
XH
HX
Hol
dX
XX
XH
No
Cha
nge
Hol
dX
XX
XL
3w
ww
.fairc
hild
sem
i.com
100341
Ab
solu
te M
axim
um
Rat
ing
s(N
ote
1)R
eco
mm
end
ed O
per
atin
gC
on
dit
ion
s
No
te 1
: T
he “
Abs
olut
e M
axim
um R
atin
gs”
are
thos
e va
lues
bey
ond
whi
chth
e sa
fety
of
the
devi
ce c
anno
t be
gua
rant
eed.
The
dev
ice
shou
ld n
ot b
eop
erat
ed a
t th
ese
limits
. T
he p
aram
etric
val
ues
defin
ed i
n th
e E
lect
rical
Cha
ract
eris
tics
tabl
es a
re n
ot g
uara
ntee
d at
the
abs
olut
e m
axim
um r
atin
g.T
he “
Rec
omm
ende
d O
pera
ting
Con
ditio
ns”
tabl
e w
ill d
efin
e th
e co
nditi
ons
for
actu
al d
evic
e op
erat
ion.
No
te 2
: E
SD
test
ing
conf
orm
s to
MIL
-ST
D-8
83, M
etho
d 30
15.
Co
mm
erci
al V
ersi
on
DC
Ele
ctri
cal C
har
acte
rist
ics
(Not
e 3)
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D, T
C=
0°C
to +
85°C
No
te 3
: T
he s
peci
fied
limits
rep
rese
nt t
he “
wor
st c
ase”
val
ue f
or t
he p
aram
eter
. S
ince
the
se v
alue
s no
rmal
ly o
ccur
at
the
tem
pera
ture
ext
rem
es,
addi
tiona
lno
ise
imm
unity
and
gua
rdba
ndin
g ca
n be
ach
ieve
d by
dec
reas
ing
the
allo
wab
le s
yste
m o
pera
ting
rang
es. C
ondi
tions
for
test
ing
show
n in
the
tabl
es a
re c
ho-
sen
to g
uara
ntee
ope
ratio
n un
der
“wor
st c
ase”
con
ditio
ns.
DIP
AC
Ele
ctri
cal C
har
acte
rist
ics
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D
No
te 4
: T
he p
ropa
gatio
n de
lay
spec
ified
is fo
r th
e sw
itchi
ng o
f a s
ingl
e ou
tput
. Del
ays
may
var
y up
to 0
.40
ns if
mul
tiple
out
puts
are
sw
itchi
ng s
imul
tane
ousl
y.
Sto
rage
Tem
pera
ture
(T
ST
G)
−65°
C to
+15
0°C
Max
imum
Jun
ctio
n Te
mpe
ratu
re (
TJ)
+150
°CV
EE P
in P
oten
tial t
o G
roun
d P
in−7
.0V
to +
0.5V
Inpu
t Vol
tage
(D
C)
VE
E to
+0.
5V
Out
put C
urre
nt (
DC
Out
put H
IGH
)−5
0 m
A
ES
D (
Not
e 2)
≥200
0V
Cas
e Te
mpe
ratu
re (
TC
)
Com
mer
cial
0 °C
to +
85°C
Indu
stria
l−4
0°C
to +
85°C
Sup
ply
Vol
tage
(V
EE)
−5.7
V to
−4.
2V
Sym
bo
lP
aram
eter
Min
Typ
Max
Un
its
Co
nd
itio
ns
VO
HO
utpu
t HIG
H V
olta
ge−1
025
−955
−870
mV
VIN
= V
IH (
Max
)Lo
adin
g w
ith
VO
LO
utpu
t LO
W V
olta
ge−1
830
−170
5−1
620
mV
or V
IL (
Min
)50
Ω to
−2.
0V
VO
HC
Out
put H
IGH
Vol
tage
−103
5m
VV
IN=
VIH
(M
in)
Load
ing
with
VO
LCO
utpu
t LO
W V
olta
ge−1
610
mV
or V
IL (
Max
)50
Ω to
−2.
0V
VIH
Inpu
t HIG
H V
olta
ge−1
165
−870
mV
Gua
rant
eed
HIG
H S
igna
l
for
all I
nput
s
VIL
Inpu
t LO
W V
olta
ge−1
830
−147
5m
VG
uara
ntee
d LO
W S
igna
l
for
all I
nput
s
I ILIn
put L
OW
Cur
rent
0.50
μAV
IN=
VIL
(M
in)
I IHIn
put H
IGH
Cur
rent
240
μAV
IN=
VIH
(M
ax)
I EE
Pow
er S
uppl
y C
urre
ntIn
puts
OP
EN
−157
−75
mA
VE
E=
−4.2
V to
−4.
8V
−167
−75
mA
VE
E=
−4.2
V to
−5.
7V
Sym
bo
lP
aram
eter
TC
= 0°
CT
C=
+25°
CT
C=
+85°
CU
nit
sC
on
dit
ion
sM
inM
axM
inM
axM
inM
ax
f MA
XM
ax C
lock
Fre
quen
cy40
040
040
0M
Hz
Fig
ures
2, 3
t PLH
Pro
paga
tion
Del
ay0.
901.
901.
002.
001.
002.
10ns
Fig
ures
1, 3
t PH
LC
P to
Out
put
(Not
e 4)
t TLH
Tra
nsiti
on T
ime
0.35
1.30
0.35
1.30
0.35
1.30
nsF
igur
es 1
, 3t T
HL
20%
to 8
0%, 8
0% to
20%
t SS
etup
Tim
eD
n, P
n0.
650.
650.
65ns
Fig
ure
4S
n1.
601.
601.
60
t HH
old
Dn,
Pn
0.80
0.80
0.80
ns
Sn
0.60
0.60
0.60
t PW
(H)
Pul
se W
idth
HIG
HC
P2.
002.
002.
00ns
Fig
ure
3
ww
w.fa
irchi
ldse
mi.c
om4
100341
Co
mm
erci
al V
ersi
on
(C
ontin
ued)
SO
IC a
nd
PL
CC
AC
Ele
ctri
cal C
har
acte
rist
ics
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D
No
te 5
: T
he p
ropa
gatio
n de
lay
spec
ified
is fo
r th
e sw
itchi
ng o
f a s
ingl
e ou
tput
. Del
ays
may
var
y up
to 0
.40
ns if
mul
tiple
out
puts
are
sw
itchi
ng s
imul
tane
ousl
y.
No
te 6
: O
utpu
t-to
-Out
put S
kew
is d
efin
ed a
s th
e ab
solu
te v
alue
of t
he d
iffer
ence
bet
wee
n th
e ac
tual
pro
paga
tion
dela
y fo
r an
y ou
tput
s w
ithin
the
sam
e pa
ck-
aged
dev
ice.
The
spe
cific
atio
ns a
pply
to
any
outp
uts
switc
hing
in t
he s
ame
dire
ctio
n ei
ther
HIG
H-t
o-LO
W (
t OS
HL)
, or
LO
W-t
o-H
IGH
(t O
SL
H),
or
in o
ppos
ite
dire
ctio
ns b
oth
HL
and
LH (
t OS
T).
Par
amet
ers
t OS
T a
nd t P
S g
uara
ntee
d by
des
ign
Sym
bo
lP
aram
eter
TC
= 0°
CT
C=
+25°
CT
C=
+85°
CU
nit
sC
on
dit
ion
sM
inM
axM
inM
axM
inM
ax
f MA
XM
axim
um C
lock
Fre
quen
cy42
542
542
5M
Hz
Fig
ures
2, 3
t PLH
Pro
paga
tion
Del
ay0.
901.
701.
001.
801.
001.
90ns
Fig
ures
1, 3
t PH
LC
P to
Out
put
(Not
e 5)
t TLH
Tra
nsiti
on T
ime
0.35
1.20
0.35
1.20
0.35
1.20
nsF
igur
es 1
, 3t T
HL
20%
to 8
0%, 8
0% to
20%
t SS
etup
Tim
eD
n, P
n0.
550.
550.
55ns
Sn
1.50
1.50
1.50
Fig
ure
4t H
Hol
d Ti
me
Dn,
Pn
0.70
0.70
0.70
nsS
n0.
500.
500.
50
t PW
(H)
Pul
se W
idth
HIG
HC
P2.
002.
002.
00ns
Fig
ure
3
t OS
HL
Max
imum
Ske
w C
omm
on E
dge
PLC
C O
nly
Out
put-
to-O
utpu
t Var
iatio
n20
020
020
0ps
(Not
e 6)
Clo
ck to
Out
put P
ath
t OS
LHM
axim
um S
kew
Com
mon
Edg
eP
LCC
Onl
y
Out
put-
to-O
utpu
t Var
iatio
n20
020
020
0ps
(Not
e 6)
Clo
ck to
Out
put P
ath
t OS
TM
axim
um S
kew
Opp
osite
Edg
eP
LCC
Onl
y
Out
put-
to-O
utpu
t Var
iatio
n25
025
025
0ps
(Not
e 6)
Clo
ck to
Out
put P
ath
t ps
Max
imum
Ske
wP
LCC
Onl
y
Pin
(S
igna
l) T
rans
ition
Var
iatio
n25
025
025
0ps
(Not
e 6)
Clo
ck to
Out
put P
ath
5w
ww
.fairc
hild
sem
i.com
100341
Ind
ust
rial
Ver
sio
n
PL
CC
DC
Ele
ctri
cal C
har
acte
rist
ics
(Not
e 7)
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D, T
C=
−40°
C to
+85
°C
No
te 7
: T
he s
peci
fied
limits
rep
rese
nt t
he “
wor
st c
ase”
val
ue f
or t
he p
aram
eter
. S
ince
the
se v
alue
s no
rmal
ly o
ccur
at
the
tem
pera
ture
ext
rem
es,
addi
tiona
lno
ise
imm
unity
and
gua
rdba
ndin
g ca
n be
ach
ieve
d by
dec
reas
ing
the
allo
wab
le s
yste
m o
pera
ting
rang
es. C
ondi
tions
for
test
ing
show
n in
the
tabl
es a
re c
ho-
sen
to g
uara
ntee
ope
ratio
n un
der
“wor
st c
ase”
con
ditio
ns.
PL
CC
AC
Ele
ctri
cal C
har
acte
rist
ics
VE
E=
−4.2
V to
−5.
7V, V
CC
= V
CC
A=
GN
D
No
te 8
: T
he p
ropa
gatio
n de
lay
spec
ified
is fo
r th
e sw
itchi
ng o
f a s
ingl
e ou
tput
. Del
ays
may
var
y up
to 0
.40
ns if
mul
tiple
out
puts
are
sw
itchi
ng s
imul
tane
ousl
y.
Sym
bo
lP
aram
eter
TC
=−4
0°C
TC
= 0°
C t
o +
85°C
Un
its
Co
nd
itio
ns
Min
Max
Min
Max
VO
HO
utpu
t HIG
H V
olta
ge−1
085
−870
−102
5−8
70m
VV
IN=
VIH
(Max
)Lo
adin
g w
ith
VO
LO
utpu
t LO
W V
olta
ge−1
830
−157
5−1
830
−162
0m
Vor
VIL
(M
in)
50Ω
to −
2.0V
VO
HC
Out
put H
IGH
Vol
tage
−109
5−1
035
mV
VIN
= V
IH (
Min
)Lo
adin
g w
ith
VO
LCO
utpu
t LO
W V
olta
ge−1
565
−161
0m
Vor
VIL
(M
ax)
50Ω
to −
2.0V
VIH
Inpu
t HIG
H V
olta
ge−1
170
−870
−116
5−8
70m
VG
uara
ntee
d H
IGH
Sig
nal
for
all I
nput
s
VIL
Inpu
t LO
W V
olta
ge−1
830
−148
0−1
830
−147
5m
VG
uara
ntee
d LO
W S
igna
l
for
all I
nput
s
I ILIn
put L
OW
Cur
rent
0.50
0.50
μAV
IN=
VIL
(M
in)
I IHIn
put H
IGH
Cur
rent
240
240
μAV
IN=
VIH
(M
ax)
I EE
Pow
er S
uppl
y C
urre
ntIn
puts
OP
EN
−157
−75
−157
−75
mA
VE
E=
−4.2
V to
−4.
8V
−167
−75
−167
−75
mA
VE
E=
−4.2
V to
−5.
7V
Sym
bo
lP
aram
eter
TC
=−4
0°C
TC
=+2
5°C
TC
=+8
5°C
Un
its
Co
nd
itio
ns
Min
Max
Min
Max
Min
Max
f MA
XM
ax C
lock
Fre
quen
cy42
542
542
5M
Hz
Fig
ures
2, 3
t PLH
Pro
paga
tion
Del
ay0.
901.
801.
001.
801.
001.
90ns
Fig
ures
1, 3
t PH
LC
P to
Out
put
(Not
e 8)
t TLH
Tra
nsiti
on T
ime
0.30
1.90
0.35
1.20
0.35
1.20
nsF
igur
es 1
, 3t T
HL
20%
to 8
0%, 8
0% to
20%
t SS
etup
Tim
eD
n, P
n0.
600.
550.
55ns
Sn
1.70
1.50
1.50
Fig
ure
4t H
Hol
d T
ime
Dn,
Pn
0.90
0.70
0.70
ns
Sn
0.50
0.50
0.50
t PW
(H)
Pul
se W
idth
HIG
HC
P2.
002.
002.
00ns
Fig
ure
3
ww
w.fa
irchi
ldse
mi.c
om6
100341
Test
Cir
cuit
ry
No
te:
•V
CC
, VC
CA
=+2
V, V
EE
=−2
.5V
•L1
, L2
and
L3 =
equ
al le
ngth
50Ω
impe
danc
e lin
es
•R
T=
50Ω
term
inat
or in
tern
al to
sco
pe
•D
ecou
plin
g 0.
1 μF
from
GN
D to
VC
Can
d V
EE
•A
ll un
used
out
puts
are
load
ed w
ith 5
0Ω to
GN
D
•C
L=
Fix
ture
and
str
ay c
apac
itanc
e ≤
3 pF
FIG
UR
E 1
. AC
Tes
t C
ircu
it
No
te:
•F
or s
hift
right
mod
e pu
lse
gene
rato
r co
nnec
ted
to S
0 is
mov
ed to
S1.
•P
ulse
gen
erat
or c
onne
cted
to S
1 h
as a
LO
W fr
eque
ncy
99%
dut
y cy
cle,
whi
ch a
llow
s oc
casi
onal
par
alle
l loa
d.
•T
he fe
edba
ck p
ath
from
out
put t
o in
put s
houl
d be
as
shor
t as
poss
ible
.
FIG
UR
E 2
. Sh
ift
Fre
qu
ency
Tes
t C
ircu
it (
Sh
ift
Lef
t)
7w
ww
.fairc
hild
sem
i.com
100341
Sw
itch
ing
Wav
efo
rms FIG
UR
E 3
. Pro
pag
atio
n D
elay
an
d T
ran
siti
on
Tim
es
No
te:
t S is
the
min
imum
tim
e be
fore
the
tran
sitio
n of
the
cloc
k th
at in
form
atio
n m
ust b
e pr
esen
t at t
he d
ata
inpu
t.
t H is
the
min
imum
tim
e af
ter
the
tran
sitio
n of
the
cloc
k th
at in
form
atio
n m
ust r
emai
n un
chan
ged
at th
e da
ta in
put.
FIG
UR
E 4
. Set
up
an
d H
old
Tim
es