Manufacturer Data Sheets
Transcript of Manufacturer Data Sheets
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7/26/2019 Manufacturer Data Sheets
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ppendix
Manufacturers
Data heets
279
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7/26/2019 Manufacturer Data Sheets
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~ N a t i o n a l
~ S e m i c o n d u c t o r
DMMOO/DM7400
Quad
21nput
NANO
Gates
General Description
Thi
d9Ylce
conlal111 lour
Independent gates ea ch
of
which performs
lhe
logic NANO function.
Connection Diagram
Dual-lnLlna
Pacl111ga
..
..
&J
;,
1'f
MP
TUFIM1.).I
DMMOO
(JI DM7400
INI
Absolute Maximum Ratings (Not
11
Supply
Voltage
Input Voltage
Storage TemperatureRange
7Y
5.5Y
-esc101&0c
. . . .
1: TM
"Alleolute
Mulmurn Altinga .
. , . hoH
watuu
btronct
wNChtN utetr of edlwjce can not
be
euarlnlHd. Thlldifflc:. l'lould
no1 bl opeiratecf at thtM lmita. TM par.,,..., ic vt1ue1 deHnea '
thl
&tectrieal
Cltlf.ctllflltk:I
tibia
W
fOt tran1Hcf. at
tlMI
u.olute
mPtmvmratl 91. h l " ~ C ) p e r e t l f t Q ~ U o n 1 " t a t a t w l l l
dl fN u. condlllon1 fol eetullt
CltwtCa . -auon.
Function Table
YAI
Inputs
A
L L
L H
H L
H
H
H Hlgft LOGIC Lftill
L LOw
Loflt
Level
Outpul
y
H
H
H
L
Recommended Operating Conditions
Symbol
0115400
0117400
l l ln
Mom u
11111
Nom l lax
Units
Yee Supply Voltage
4.5
5
5.5 4.75
5
5.25
y
v,
High left
Input
2
2
y
Voltage
Y1L
Low
Leval
lnpul
0.8 o.a
y
Voltage
laH
High
LAYe1
Output
-0.4
-0.4
mA
Curren
laL
Low Lave Outpul
111
18 mA
Current
TA
Free Alt Operating
-55
125
0 70
c
Temperature
Electrical Characteristics over recommended operating tree air temperature (unleaa otherwise noted)
Symbol Pa. . . -W
Candlllona l l ln
TJP
l lax
Unh1
(Nole1)
v,
Input Clamp Voltage
Yeee
Min, 1
1
c -12
mA -1.5
y
YaH
High Level Output Yee.
Min, IOH. Max
2.4 3.4
y
VOitage
Y1LMax
YoL
Low Level Output
Yee. Min, la1.
=Max
0.2
0.4
y
Voltage
Y1HMln
1, Input
CurrantoMax YeeMax, Y15.5Y
1 mA
Input Yoltege
11
High Lave lrciut
YeeMax, Y12.4Y
40
.A
Cunent
l1L
Low
Lave
lnpul
Yee
Max, Y1 a 0.4Y -1.6
mA
Current
los
Short Circuit
Yee=Max
I
DM54 -20 -55
mA
Output Cutten (Nol 2)
I
DM74
-18 -55
leeH
Supply Current With
Yeea Max
4 8 mA
Output
High
lccL
Supply Current With Vee a Max
12
22
mA
Outputa Low
Switching Characteristics at Yee= 5Y
and TA=
25'C (See
Section 1 for
Tnt
Waveforms and
0..lput
Load)
CLtSpF
ParatM er
COlldldona flt.40011
Unll1
Min
TJP
t PLH Propagation Delay Time
12 22
ns
Low
to Hlah IAvel Output
t PHL Propagation Delay Time
7
15
na
High to Low Leval Output
Motl
t:
All t,OiC911
ate
at VccSY,
TA25 C
,
..... z: NOC mor111han OM output ftOUtdM
ahOflld at
1im.
'
"
"'-->"
'
_/
" ' " ' ~ ' ' , . . . . . . " " ' ' ' _ . . . _ ' " ' , . . . . . . , _ ; . . , . , , . , , , . , , . , . , , , . _ ,., ,._, . . . . _
_ ~ , . < ; ; t
. : . i ' " " - ~ - - ~ 1 W ' ~ ' ' 1 ' ' ' " " " " l l \ l l " " - " " < l " f ' ' : . ' - ' ~ 9 \ - ' ~ \ ' . ' . ..... "- . . . . . - . n
' : ' ' 1 '
> t O ) ~ ~ r r i ; = 1 : ~ . ~ ' " " W : ; f " " ' r . ' : / . r " " " ' 1 ' t " ~ 7 , _ . , , . _ , .
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DM5402/DM7402 Quad 21nput NOR Gates
General Description
Absolute Maximum Ratings (Note 1)
Thia device contains lour Independent gates each of Supply Voltage
which performs the logic NOR function. Input Voltage
TV
Connection Diagram
Dutll-l...UnePacbge
"
"
TLJF/14921
DM5402 (J) DM7402 (N)
5.5V
Storage Temperature
Range
-85'Cto 150'C
Not9
1:
Ttie ..Absolute Maximum Ratings" 11e thoM values
btyond
which lhe
Hlty
ol the de lce c1n not
a.
ouarantMd. The devjce ahoutd
not be oper1tec:I at l hH Hmltt. The parametric 1111ue1 de nec:I In the
E1ec1rtc11
cnaracterl1tic1 table me no1 guarantttd at thl
lbaolute
maximum ratings. The R.comrn'"dtdOperating Conditjona" able will
define the Concfillona for actual
Clewtce
operation.
Function Table
YA+li
lnpul l
A
a
L L
L H
H
L
H
H
H
High
Logic leV91
L
:
Low Logic Level
Output
y
H
L
L
L
-
\, .
- Absolute Maximum Ratings
Note>
II M i i i t a r y A ~ lpeclflecl dlvtc.
aN
requlrod,
Note: 7119 AbsoWts M.ximum Ratings l l f9 /hon vt1/un
.._
com.ct the
Ndonal 8amicmlcluctor ....
bByond
which
lhB flll/e Jt l hB device cannot IHI guersn
Offlce/Dlntllutora for avaRlblllty and speclflcatloM.
ltHKi T1 1 t1'lvit:e llhouldnot
btl openti ti
at hese imlls. n..
Supply VOitage
TV
pllf8mllfric
VllWs
dsfinJ n thB
''EltK:ltical
Charactllri$t/cs
Input Voltage
5.5V
lllbl8 . .
not /Ulftl'lttltKIat
thB llbsolute
mllXimum tatings.
Thtl
RBCCmmendfld
Optnting
Conditions table will
dBliM
Operating Free ~ e m p e r a t u r e Range
lhB
r:ond/tionS
for actull/ ltwlcfl operalian.
OM54ancl54
-ssc
o
+ 125"C
OM74
O'Cto
+70'C
Storage Temperature
Range
-65 Cto + 150"C
Recommended Operating Conditions
Symbol
,.,.......,
Dll5402
Dll7402
Uftlta
Min
Nom
l l lu Min Nom
Vee
Supply Voltage
4.5
5
5.5 4.75 5
5.25
v
V1H
High
leY81 Input Voltage
2
2 v
V1L
Low
Level Input Vollaga
0.8
0.8
v
IOH
High level OutputCunent
-0 .4
-0.4
mA
IOL
Low Level
Output
Current 18
16 mA
TA
Free AJr Opetallng Temperature
-55
125
0
70
-c
Electrical Characteristics
over racommended
operating flee
air
temperatu
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r . I Semiconductor
DM54041DM7404 Hex Inver ting Gates
General Description
Absolute Maximum Ratings (Not 11
Thia device contain elx Independent gatea each of Supply Voltage
TV
5.5V
-esc
D 150C
whleh perform the logic INVERT unction. Input Voltage
Connection Diagram
O...loln-Une Pecllqe
Al n AJ n HD
t u F N I
DllM04 (J) Dll7404
(N)
Storage Temperature Range
- I: Tiit -..i.
Mui....,, Ra - a19
-
'
wMclI tM Uf91rOf lhe
drMCe
CUI not tie
CfU8M'Md.
The
Clll6ae lftOuJd
ftOI
l ~
lhele
lltnlla. The
,.,.._klc:
.,.._,
dlftRllCI
In
the
.. Eltclrlcll CMr11etlfl1kt ' table
..
Ml
guarantMd M
the ablohd:
nm1mum101lngo. - ) p o q l l n g ~ 1 1 - w t 1 1
dltlnt thl
condttlona tar Ktual
. ._ peration.
Function Table
Yl
Input
A
L
H
H High Logic
Lent
L Low Lotte Level
Output
y
H
L
)
~
Absolu te Maximum Ratings
CNot>
tr
l l l l l l lwy/,. . , . , . ._. epecllled
devloM - . . . . . . . . .
Nole: .,.,,. ~ '- Rlltinp . . . . . .
._ conlllCt
Iha
llltlonll 8elnlaa11llU010r
. . . _
Nyond
wNcll
'
..
.,,.
of
'
dtwlctl
_
IUtftn-
Oflloe/Dlllrlllutora tor
Vdellllly Md epeolllaallorie.
IHd.
.,.,,.
dtwlctl mout nolt
opwated., _/Im/ la .,,,,,
Supply
Vellmge
TV
~ - - d o l / M d l n t h t l
E l e t : t r l l : a l ~
lnpul Voltlge
5.5V
* _ . n o t ~
al htl tnll1timum
f8/lngs.
Operallng Fnle
All
Temperabn
Ra'1l9
.,,,,,
.. ~ , . . . ,
Cortdlllonil * /11 //dtl/lne
OM54and5
-ssc
o +
t25 C
' condilJoM actual da lllt:tl opwallon.
OM74
O"Cto +70"C
Stcnge
~ k n
Ra'1l9 -we
o + 150"C
Recommended Operating Conditions
Symbol
........
DlllMOt
Dll7402
Unite
111111 Nom
llu l l ln
Hom
l l u
Vee
Supply Vollmge
4.5
5
5.5
4.75 5 5.25
v
V1H
High
LIMll
lnpul Vcllage
2
2
v
VIL
Low
LIMll
nput Valtage
0.8
0.8 v
IOM
High
LIMll
CUmlnt
-0.4 -0.4
......
loi.
Low
LIMllOutput
CurTenl
HI
18 mA
TA
AM
All
Operating
TemperatUre
-55
125 0
70
c
Electrlcal Characterlatlca
av
Neommended opera1lng h e
ii lemperat\n rmnge
(unteaa otherwlu
noted)
. .....
..........
Condltlone 11111
Tnt
l l u
Unite
(ltota
1)
V1
lnpul Cllmp Vobge
Vee
Mln,11 -12mA -1.5
v
VOH
High
L8V8I Oulplll
Vee - Min.lot-I Mu
2.4
3.4
v
Voltlge VIL
MIX
Va.
Law 1.9111Oulplll
Vee
Min,
1oi. Max
0.2
0.4
v
Voft8ge
V1H Min
11
lllf>Ula.r9nlMu
Vee MIX, Vt 5.5V
1
......
inruvon.ae
''
High LtMl ,.,..i
Cumin
Vee MIX. V1 2.4V 40 p.A
l1L
Low
LIMll npul
Cumlnt
Vee
MIX, V1
0.4V
-1.8
......
los
SllottCircuit
Vee - Mex I
DM54
-20
-55
mA
OutputCwNnl (Note2)
I
DM74 -18 -55
lccH
Supply
QllMnl
with
VeeMu
8
18
mA
Oulputa
High
lccL
Supply Cl.nentwith Vee- MIX
14
27 mA
Oulputalow
Switching Characteristics a t V ee - 5Vanc1 TA -
as-c
(Sea Section 1 or Teal Waveforms 111c1
Oulput
Loadl
Symbol
.......
CondltlDna
l l ln
I la
Unlla
'
Pl'opagallonDelay Time
Ci.
-
15pF
22
na
Low
to
High
LIMll Oulput
RL - 4000
'41.
l'laplgatian Dllay 1me
15
na
High IO L o w ~
Oulput
_ , :Mw io - .. avoc
IY. T WC.
l: ltol_
..______ _
,,.,-.,
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J
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Package
Optlona
Include Both Piede and
Cantmlc
Chip C.nte1'8 In
Acldlllon
to
Plastic and
Ceramic
Oii's
DependableT lnstrumencs Quality
and Relleblllty
dcrlpt lon
,._ ewlces cont11in four indopendont 2-input ANO
1111-
The
SN5408, SN54LS08, and SN54S08
. , . clunc
terized
for
-lion ow.
ll1e
full mlitl lry
tempeiatwe
range
of
-SS C
to
125 C.
The
SN7408, SN74LS08
and SN74S08 ara - - r i nd
for - . t i on
from
O C to
70 C.
FUNCTION TA8L.t
INl'Ulli
A B
H
L
x
H
)(
logic dl119ram 1
. h getel
OUTPUT
y
H
L
L
:=o-y
poaltlv. logic
YAB or Yoi \ i
TYPES SN5408, SN5CLS08, SN54SO( }
SN7408, SN74LS08,
SN74SO&J
QUADRUPLE
2-INPUT POSITIVE-AND GATES
MWIEl>DECBllEll-
-.IOllWl'ACKAGE
IOlll'ACICAGE
a.JC.S..7- . . . O .IOllNPACIUIGE
rnll'VRWI
Yee
1802 13[)49
4A
4Y
2895
1 ~ 3 B
Y
6 g 3A
GND
a 3Y
-
-Atl'ACllAQE
lill74LSm.SN7- . ..
Fiil l'ACllMIE
tY
NC
fn)l'VRWI
: ~ ~ ~ ~
3 2 1 2 0 1 9
9 10111213
,n o
0
n
> D U >
I'>
NC-Noa...---. , .
NC
4Y
NC
38
TEXAS
-If
INSTRUMENlS
flOST OfflCE
IOJC
225012
a
Q,111,LLAS. TUCA.S 1\295
TYPES
SNl N 7 4 0 8
QUADRUPLE 2-INPUT P O S I T I V E ~ G T E S
- .unended opanrting conditions
-
..,_
UNIT
_
lAX
MIN -
M AJ(
ee
4.5
5 5.5 4.75
5 5-25
I/
V1H
i l ~ l w e l input voltagt
2
2
I/
VIL
l Dw-19'1191 voltage
0.8
0.8 I/
IOH
~ OUlPUt cvu...t
-0 .8
-0.8
'oL
Low-lwei
output current
16
16
TA
()psati119
t , . . . ir empwetUre
- 55 125
0
1
c
electrical chllrac:1eristics over remmmended opanrting
. . _ . . .
-. , . . . .rture
. . . , . .
(unless otherwi noUldl
TEST CONDITIONSt
-
SN 7-
PARAMETER
UNIT
N
TYPt l lAX
MIN TYi'$ l lAX
Vue
V c c M IN,
l1 -12mA - 1 .S
VoH
VccMIN. VtH21/ , IOH-0.SmA 2.4
:u
2.4
l lOL
VccMIN,
VtL0.8V,
loL
t l m A
0.2
0.4
vccMAX.
l l t 5 .6V
1
ltH
VccMAX.
l lt:Z.4V
40
l tL
VccMAX.
V10 .4V
-1 .6
ost
l /ccMAX
-20 -55
- 1 8
'cCH
Vee MAX,
Y t 4 5 Y
11
21
'cCL
VccMAX, 11101/
20
33
1 For condit ions 18'own .. MIN OI MAX, UM th
eppropriet8
..............
under
NCGm
. . . . . . . operating conditione.
t
All
typlufv.luee
era at V e e
5
V,
TA 2SoC.
f
Not more ttt .n ona
OU1'Nt
shoutd
M
. . .or'9d
at a
Uma.
swikhingchal'8ctllristics,
Vee ..
6 v. TA=
25c
c- -21
FROll
TO
PARAMETER I nsfCONDIT a.
tlNPVTI
IOUTPUTI
:=----1
A or B
y
RL 4000, CL
15pF
1PHL
NOTE
2:
Sea
Gener9I
antonnationSection tar oe circuit
R
\dl.IDI' wewfonnL
TEXAS -If
INSTRUMENTS
fOS1
OFFtCE M>X Dlil12 DALLAS.TEXAS Jlla5
l l lN
-1 .5
I/
3.4
I/
0.2
0.4
I/
1
'
40
- 1 .6
-55 mA
11
21
20 33 mA
TYP
l lAX
I
UNIT
17.5
27
12
19 I
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Package Options Include Plastic Small
Outline Packages, Ceramic Chip Carriers
and Flat Packages, and Plastic
and
Ceramic
DIPs
Dependable Texas Instruments Quali ty and
Reliability
1scription
These devices contain four independent 2-input
OR
gates.
The SN5432, SN54LS32 and SN54S32 are
characterized for operation over the full military
range of -
55 C to
125C. The SN7432,
SN74LS32 and SN74S32 are characterized for
operation
from
0 C
to
70 C.
FUNCTION TABLE leach gatel
INPUTS
OUTPUT
A 8
y
H
x H
x
H
H
L
L
L
gic symbolf
lA
:;.1
8
12)
2A
161
2
y
28
15)
3A
SI
3Y
38
101
4A
ll l 4Y
48
1131
his
symbol
is
in
accordance
with
ANSldEEE
Std 91-1984 and
:c
Publication 617
12.
1 numbers shown
are for 0 . J . N.
or
W ckages .
SN5432 SN54LS32 SN54S32
Sl7432 SN74lS32 SN74S32
OUADRUPLE 2-INPUT
POSITIVE-OR
GATES
DECEM ER
1983-REVISED MARCH 1988
SN6432, SN54LS32. SN54S32 J OR W PACKAGE
SN7432 . . . N PACKAGE
SN74LS32. SN74S32 D OR N PACKAGE
ITOPVIEWI
Vee
8
48
1Y
4A
2A
4Y
28
38
2Y
GND
SN54LS32. SN64S32
FK
PACKAGE
ITOPVIEWI
u
a i ..
1Y
4
4A
NC
NC
2A
4Y
NC
NC
28
38
>
0 u
>
or
Z
Z
MM
C )
NC
-
No
intomll
conn:tiOn
logic
diagram
lA
[
1Y
18
2A
[
2Y
28
3A
D
3Y
38
4A
[
4Y
48
positive logic
Y = A
+
B
or
Y =
A B
n
D
u
D
Q
_
TEXAS f
INSTRUMENTS
2-137
POST OFFICf BOX
055012
DAlLAS
, TEXAS
75265
Courtesy of Texas lnsttuments Incorporated
284
)
~ )
0
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TYPES SN5446A,
47A, 48, 49,
SN54L46, L47,
SN54LS47, LS48,
SN7446A,
47A,
'48,
SN74LS47, LS48, LS49
BCD-TO-SEVEN-SEGMENT
DECODERS/DRIVERS
'411A, OA, 'L41, LO, 'LS47
feature
'48,
LSGI
feature
MARCH
t tJ.
REVISED DECEMBER 1983
'49,
'LSG
feature
Open-CoDector Outputs
Drive lndicatora Directly
lntemal
Pull-Upe Eliminate
Need
for Extemal Rnldora
Open-Collector Outputs
Blenklng Input
l amp T
Provlalon
Leadlng/Tranlng Zero
Supp1'8181on
lamp-Teat Provlalon
LeadlnglTrem ng Zero
Supprealon
SN54L48. SN54l47 ..
J
PACKAGE
SN54441A. SN5447A. SN54LS47. SN54441.
SN54LS48
. J
OR W PACKAGE
SN7448A. SN7447A.
SN74441
.
JORN
PACKAG
SN74LS47. SN741.S48
. D.JORNPACKAG
CTOPVIEWI
SN54LS47. SN54LS48 . FK PACKAGE
SN74lS47. SN74LS48 . . FNPACKAGE
TOP111Wi
u
u u
um z >
....
3 2
c 2 u f
v
..
r
[Tg
i i tRBO 5
LT
1
1
g
Bt/RBO
4
13
a
RBI 9 12 b
D 6 11 c
A 10 d
GND 8 9 e
SNfi449
W PACKAGE
SN64LS49 J
OR
W PACKAGE
SN74LS49 D.JORNPACKAOE
ITOPY1WI
vr
2 1 f
ii l , 9
D a
A s
1
b
6 9 c
GND a d
PllDUCllDI DATA
lolo
i o l t _OI
.
~
. . . . PftitlCtl
ct11'-
,,
~ - '' ''--
TEXAS.
INSTRUMENTS
NC 6
iiBi
D
9 10, , 12 13
; O ~ ; ; ;
z z
.,
SN54LS49
FK
PACKAGE
SN74LS49
.
FN PACKAGE
ITOPVIEWI
iii
C 5
D 6
NC 7
A 8
u
u a i z >
3 2 1
ou ac . J
NC - No
in tna l connKtiOn
b
: : - - = . : r ; , - : ~ ~ . r . . c : : : . =
POST
OFFICE llOX 2nD11 DAI.LAS. T E l A . ~ ~ I S
TYPES SN5446A, 47A, '48, 49, SN54L46,
L47, SN54LS47,
LS48, LS49,
SN7448A, 47A, 48, SN74LS47,
'LS48,
LS49
BCD
TO-SEVEN-SEGMENT
DECODERS/DRIVERS
All Circuit Types Feature
Lamp
Intensity Modulation Capability
TYPE ACTIVE
LEVEL
SN6446A
low
SN5447A low
SN5448
high
SN5449
high
SN54L46 low
SN54L47
low
SN54LS47
low
SN54LS48
SN54LS49
hfGh
SN7446A
'
N7447A low
SN7448
high
SN74LS47
low
SN74LS48
high
SN74LS49
high
logic symbols
46,
47
m..W........W---
DRIVER OUTPUTS
OUTPUT
CONFIGURATION
O l ) l t f l ~ l e c 1 o r
open
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8/34
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description
TYPES
SN5446A, 47A, '48, 49, SN54L46, L47, SNS4LS47, LS48,
LS49,
SN7446A, 47A, 48, SN74LS47, LS48, LS49
BCD-TO-SEVEN-SEGMENTDECODERS/DRIVERS
The
'46A, '\.46, '47A,
' l47,
ind 'LS.47 feature activelow outputs designed for driving cornmonanode VLEOs or
ine1ndescent indicators directly, ind the '48, '49, 'LS48, 'LS49 featureIClive.f'tigh outputs for driving lamp buffers or
common-cathoda VLEOs. All of the circuits except '49 and 'LS49 have full ripple-blanking input/output controls and a
tamp test input. The '49 and 'LS49 circuits incorporate direct blanking input. Segment identification and resultant
displays -are
shown
below_ Display patterns for BCD input counts above 9
i re
unique symbols
to
authenticate input
conditions.
The '46A, '47A, '48, 'L46, 'b .. L$47, and '.k.48 circuits incorporate automatic lelding and/or trail] g" s
zeroblanking control (Rei
and
RBOI. Lamp test (LTI of these types may be parformld at any time when the 81/RBO
noda is
at
a high ltvel. All types (including the
'49
and 'LS491 contain an overriding blanking input
(iiil
which can be
used to control the lamp
intemity
by pulsing or to inhibit the outputs. Inputs and outputs are entirely compatible far
use with TTL logic outputs.
The SN54246/SN74246 through '249 and the SN54LS2471SN74LS247 through 'LS249 compase the 5 and
the 9
with tails
ind
have been designed to offer
the
designer a choice
be n IWo
indie1tor fonts. The
SNS4249/SN74249 and SN54LS249/SN74LS249 are 16-pin versions of the 14pin SNM49 and 'LS49. Included in the
'249 circuit and 'LS249 circuits are the full functional capability for lamp test and ripple blanking, which k
not
available in the 49
or
LS49 circuit.
.1_:_1.
1 I
.
EGMENT
IOINTIFICATION
I I
l _J
0
' ' ll
1
lul
1
-l
1
1-
1
l
1
-
1
ICJI
I
lul -1
=1
11i::i
1ci-1c::i =c
2
6 8 9
10 It
12
'3
1-4
NUMERICAL OESKJNATIONS
AND
RESULTANT
DISPLAYS_
441A,
411, 1.441. 'L47, L.Sol7 FUNCTION
TAl lU
DECIMAL
OA
INPUTS
iii1Aao
1
OUTPUTS
FUNCTION tT
i i i i
0
e
8 A
.
.
. I
I
0
H H
L L
L L
H
ON ON
ON ON ON
ON OFF
'
H x
L L
L
H
H
OFF
ON ON OFF
OFF OFF
OFF
2
H
x
L
L
H
L
H
ON ON OFF
o
ON OFF
ON
3 H x
L
L H
H
H
ON ON
ON
ON OFF
OFF
ON
H
x
L
H
L
L
H
OFF
ON ON
OFF OFF ON
ON
5 H
x
L
H
L H H
ON
OFF
ON
ON
OFF
ON
ON
s M
x
L H H
L
H
OFF
OFF
ON
ON ON
ON ON
M
x
L
H
H H H
ON ON
ON OFF
OFF OFF OFF
8
H
x
H
L L L H
ON ON ON
ON
ON ON
ON
9
H
x H
L
L
H H
ON
ON ON OFF
OFF
ON
ON
10
H
x
H L H
L
H
OH OFF OFF
ON
0 '
OFF
ON
"
H
x
H
L H H
H
OH OFF
ON
ON OFF OFF
ON
12 H
x H H
L L H OFF
'
OFF
OFF
OFF ON
ON
tJ H x
H H
L
H
H ON OFF
OFF ow
OFF
o '
ON
..
H
x H H
H
L
H
OFF OFF OFF
ON
ON
ON
ON
15
H
x H H
H
H
H
OFF Of f OFF
OFF OFF
Of f
OFF
Bl
x
x x x x x
l OFF
OH
OFF OFF OFF OFF OFF
RSI
H
L l L I l
l
OFF OFF
OFF OFF OFF
OFF OFF
"
x
H
ON ON ON ON
ON
ON
ON
T
L x x x x
H h i fh v . t. L low evel. )( i .. ,..,,
15
NOTE
1
2
J
4
NOlES
I. Thtt hl.mking
i put l i i l must . . . opan
or hekt ill
mp 09tC: lewf wham tn1tpu1
lunc:tion.
O throutft i1te
a. s
ited.
Fh.t
opphr lJl,mk1r'1'1mc>ul lA'li l m ull he
up.tit
or
h19htt
blnklngof deciml 1n11011o 011leu, .d.
When
low I09tc . . . . . ii N>Uliect dorKtly 10 h b
.. Uttf tl
input i i i i. II
..
ment OUIPUll . . . . on ,
...
dlH& of IM , . , , . , OI ....
Olher
1npu1.
l.
Wli.th
r i p p ~ b l e . k u ~ y input 1Rih
.ind
inpuK A,
a. C,
nd
0
i1 1 a1 l ow tewl wnh
1he
emp t eu input htgh, an seenien1 ou.1putt
00 al l
anrt
lhc
r1pplo
blaNonv
output
Cft' ial 9c1
10
klw
i.-t
rtd.punw omlit1onl.
w+wt11
the blankint
lncau1/11pPl1t bl,mk111t
ou1pu1 tiTiR'lal
opeo or
hold hinh
and low s apptttd
10 It
... ..o
ttt lftaNI. 411
IUfltftCll\I u u tp Yb to
on.
I
ii R iO I\ ' ' ' ANQ
l ~ t t e .
wrVln,i
M 11'.tnk
mti
inpul
ClJ'i) nft/Or rtpphl' h4enk1nn
OUlpul
l
TEXAS
-If
INSTRUMENTS
'OST O F F I C ~ IOX 225012 o DAU.AS. TlJCAS 1l21S
TYPES SNS448A, SN5447A, SN7446A,
SN7447A
BCD-TO-SEVEN-SEGMENT DECODERS/DRIVERS
absolute maximum ratings over operating free-air temperature range (unless otherwi$1 noted)
Supply voltage, Vee''" Note
11
Input voltage . . . . .
Current forced
into
any
output
in the off state
Operating freeair temperatur e range: SN54 46A, SN5447 A
SN7446A, SN7447 A
Storage temperature range
NOTE 1: Vo l tag ev e lYetarewi threspect 10 network 9round trm i
na
l .
recommended operating conditions
7V
5.
5V
1 mA
-ssc 10 12s c
. oc
1010
c
-65C to 150C
SN&M6A SN5447A SN7446A. SN7447A UNIT
MIN
N0M
MAK MIN
NOM
MAX MIN NOM
MAX MIN NOM MAX
Supply
vo1-.
vee
4.5
5
5.5 4.5
5
5.5
4.75
5
5.25
l
4.75
5.251 v
Off-stateoutput
vohtgt
, VotoftlI thru g
JO
15 30
151
"
On-s11te
output curr.nt,
otonl
l
a
lhrv
g 40 40
40 401
mA
Hgh-tevel
output
CUfftf'lt,
IOH I
f l/Mil) -200 -200
-200
;;;2001
""'
low-level
outpUt
current. IOL
111/RBO 8 8 8
Ill mA
Oporaling ffeefr ' " "" ' TA
I
-55 125
j -55
125
j
0 70
I
0
70J
"C
electrical characteristics over recommended operating fr l8-air temperature range (unless otherwisa noted)
PARAMETER TEST
O N D I T ~ S t
MIN TYPt MAX
YOH
High1e\llt input vottlgl 2
V1L
LOWlwel
inp,n
voltage
l K
Input clmp vottege
Vee
s:
MtN, l 1
- 1 2 m A
~ O H
High-ltVl I ou1pu1
Volllge iii/A O
llee MIN.
VtH ,.. 2V,
2.4
VIL 0.8 V,
loH
-200A
: VoL
LON-level output voltage iii/im5
Vee MIN, VtH 2V,
VIL"'
0.8 V.
'oL 8mA
ototl) Off-itte aueput current
a thru g
Vee= MAX , V1H: 2 v .
Vtl =0.8 v. Vot of l l
..
MAX
vo,onl
OnsttOU1PUIvoHagr
lhru 9
Vee ..
MIN,
V1H " 2V,
v
1
vo.sv. tocon "OmA
,,
Input cvrrent at moimum
input
woltage
Any
i
nput
Vee
.
MAX.
v, .
5.5
v
exceptBitRBO
l1H
Hightevel tnput
current
Any input
Vee. MAX. v, 2
.4
v
except il/liitl
Any input
I
ll
Low-level tlPUl current
e . c a p t l i / ~ Vee" MAX. V1 :0 0.4 v
Ii/Im>
los
Shortcircuit outPUI
curttnt
iii/Im)
Vee MAX
Vee. MAX I
SN54'
tee
Supply current
I
,,.,
Set
Nott
I
Fo
r
cond
i
tions
lhown
n
MIN DI'
MA1'
.
u
ma
approp
r
i.9'
valu
1Pec0f;.tund
r
ecommended overUnt
"
ond
1
ion.
l
An typical vatut
ere.,
e e ~ v . TA
2s"c.
NOTE 2 : tee t
mea...,ract
w i'h II ou tputs open and all inPut1 4.5 v .
switching characteristics,
Vee=
5 V,
TA=
25' e
0.8
-1.5
3.7
0.27
0.4
250
0.3 0.4
,
40
-1
.6
-4
-4
64
BS
64
103
UNIT
v
v
v
v
v
A
v
mA
A
mA
mA
mA
PARAMETER
TEST CONDITIONS
MIN
TVP
MAX IUNIT
tofl
Ion
ton
'
Turn.off time from A
input
Turnon time horn A-i"Pul
Tufnofl time fromRii nput
j\,rn-on
1inw
trom
Rii input
Ct
15pf ,
Rt
120U.
See
Note 3
100
100
OO
100
NOTE :1 : See Ge.-rI
tnlorma11on
Section
for
lod
Ctrcuns
nd
vo t t
o r m s t
0
tt cou
.
ond1 to IPLH
.nd
ton corn1Pond110
t p ~ L
TEXAS.
INSTRUMENTS
POST
OJFICl 801l 225012 it D4LLAS.TIEX"5 7'26S
-
7/26/2019 Manufacturer Data Sheets
9/34
.
1
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e-
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2.
[
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N
00
J
DM5474/DM7474 Dual Positive-Edge-Triggered D
Flip-Flops with Preset, Clear
and Complementary Outputs
General Description
Absolute Maximum Ratings
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7/26/2019 Manufacturer Data Sheets
10/34
l
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N
c::o
c::o
I
.
:;i
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I
t
TYPESSN5471,SN54H78, SN54LS71A.
SN7478,SN74H78,SN74LS78A
DUALJ-K
FLIP-FLOPS
WITH PRESET AND CLEAR
PllCbga
Opllana lndllde l lllldc . . . .
C... .SDIPa
Dependmbla
T
........
_ . a u . t t y
.....
dllcriptiarl
The '78 - H1I
- -
. . . . , ._ . . -1(.
tip
... - - .Ht.-...-. -
.....
.......... The '78 - 'H71 - ,..,.... .
edgo
.......
t lp-llDpL
J..IC ...... ii o9d ld - . . .
_
. . . . .
..
clad< l l N g t i - . . . - . . . I O........... lgb-to-
_ . . . . . . . _ fof _ ...,_
_
J _ K.. .
. . . . .
1htclad 7 G C .
---
ll547'.11115o9111._. JU
IOllWl'ACUm
1117471.1117-
JOllllPACIUIGE
11114U71A
D,
J
OllllPM:IUUIE
PRE
L
H
L
H
H
H
H
PRE
L
H
L
H
H
H
H
H
ITllP
t i t
tQ
to
GNO
V e e ~
1 2 ~ 2 K
2CUC I
11 20
2 Jiiii
..
20
2a:Ji
2J
'18. 1111
F U l l C l X * T ~
-
l.II
CLIge notation are
fOf
O.
J or
N
,.ckagu.
schematics of inputs
end outputs
78
"LS111A
t IQ
10
t:2D
2
EDUIVALENT 0, EACH INPUT
TYPICAL OF ALL OUTPUTS
Vee
INPUT
ltLMAX
-1.lrnA
-3.2mA
Roq
NOM
kt l
2n
TEXAS.,,
INSTRUMENTS
POST OFF
I
CE IOX
225012
a DAU.AS, lXAS 1'21l
--- . Vee
OUTPUT
\ , _
TYPES
SN5476,
SN7476
DUAL J-K FLIP-FLOPSWITH
PRESET AND
CLEAR
recommancled operating condi tions
N5478
Sfl7471
UNIT
MIN NOM
MAX MIN NOM MAX
Vee Supply
vo l t
4.5
5 5.S 4.75
5
5.25
v
V1H
High-laV11I input
vottatt
2 2
v
V1L
Low-twel inputvott
0.8 0.8
v
IQH
HiQh-tevel output currnt
-0.4
.4 mA
IQL
lo...ttveloupul
c;urrent
16 .16
mA
I CLKhiall
20 20
Pulse duration
I CLKlow 47
47 ns
I PRE or CLR low
25
25
.... Input setup
time
before CLK 1
0 0
ns
1h
Input
hold
timed1t11fter
CLK
0
0
ns
TA
Operating
free.air temptrMure
- 55 125 0 70
c
electrical chBnlCteriatics over recommended operating free-air tem perature range (unless otherwise note d)
PARAMETER TEST
CONDITIONSt
SN5476 SN7471
UNIT
MIN TYP MAX
MIN
TYP
V1K
Vee
MIN,
l 1 - 12mA -1.5
VQH
Vee
MIN.
V1H
2V
.
oH
-0 .4mA
V1L 0.8 V,
2.4 3.4
2.4
VOL
Vee MIN,
V1H2V,
oL
18mA
V1L 0.8 V,
0.2 0.4
ee
MAX, V16.5V
1
ltH
JO< K
N
othar
Vee
MAX ,
v,. 2.4 v
40
80
J 'K
- 1 .8
l tL
...........
Vee
MAX,
v,. 0.4
v
-3
.2
ost
Vee MAX
-20
- 57 -18
cc
VccMAX,
Stt
Note 2
10
20
t For
condltk>ns
thown
Ml
N
or
MAX
. , . .
h 11PPJOl)tl.i vlum
. -c lf iI
uncMr
rcornmndedop.,tfno condJUonL
Afltyptcl.,.,u
.
,tYcc
v.
T11t
nc.
Not than OM 0Ytl)v1
tltould
...
hort.d
. -
Clu r la
testad with
pf 9Mt
hilh and pre
t tntad
with
e. ._ hilh.
3.4
0.2
10
MAX
- 1.5
0.4
1
40
80
- 1.6
-3.2
-57
20
NOTE 2: With all oytputs opmn, ce hi ~ r 9 d with tha Q and 6 output1 hl9h
ln
tufft. At th time of rnaa1urament, 1h elock input
It tounded.
switching charactsistic:t,
Vee 5
V,
TA 25e
1
note
31
PARAMETER
FROM TO
llNPUTI
I
OUTPUT
TUT
CONDITIONS
MIN TYP MAX
-
IS 20
tPLH
Mi Ct:R
oo,O
16
25
tPHL
RL
4000,
eL15pF 25
40
1PLH
eLK
QorO
16 25
1PHL
25
40
NOTE
3:
SH
Genetti
lnlormltion
Section
lor
IQMI
eireuits
and
voltage
wa\ elorms.
TEXAS.
INSTRUMENTS
POST
OFFICE IOX 11llG12 DALLAS,TlXAS
7'21\
v
v
v
mA
P
mA
mA
mA
UNIT
MHz
ns
ns
ns
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TYPES SN5483A, SN54LS83A, SN7483A, SN74LS83A
4-BIT BINARY FULLADDERS WITH FASTCARRY
FuH-
Jlo--
FUNCTICllllTABLE
l
L l
l
L
H
l l
l
H
l
l
l
L
H l
l
l
H
l
L
H H
l
L
H
H
l
l l l H
H L H
l
H
H
H
l
H
L
H
l
l
H
H
l
L
H
H
H
L
H
H
l H
L
H H
A3
:E3
NC
M
84
H
l
l
H
l
H
H
l
l
H
H
l
L
H
H hllh wal, L low lwal
L
l
H
l
H
l
H
l
H
L
l
H
L
H
l
H
H
L
l H
l
H
L
H
H H
H
H
H
H
NOTE: Input
~ o n d l U O f ' l l
' 81. A2,
82,
and co .,.. UHd
to
dettirmlnOU1PU1t
2:1
and
2:2 and
thavalueot
th
inwnal
urry C2. The waluet at C2.
A3,
13, AA, aftd B er
tl'tet1
Uled tO dHarmlne Outpun 2:3, aMI C.
PIODUt:llDI DATA
TMt
. . . . . . . nlHlln l t . r .dt
. ..
1
:.==-
:.--...::o:m.. =-1:
TEXAS
..
INSTRUMENTS
~ . . . : . : : : t ; : : i ; . : ~
~
.,J
POST
Ol'FICl IOX DALLAS.
TEXAS
11211
/ '
- )
\___/
- - -
TYPE SN5483A, SN54LS83A,
SN7483A, SN74LS83A
4-BIT BINARY FULL ADDERS WITH FAST CARRY
logic diagram
(16)
84 -
A4
111
82 (7)
A2 181
81
.
A l ~
co (131
Pm
nutnl141f
1h0wnon
ioQtenotation ... Df
D.
J or
N
p KUg n .
I
(14)
C4
(15)
2:4
2)
2:3
161
2:2
9)
2:1
absolu111 maximum ratingso- operating free-air temperature range (unless otherwise noted}
Supply voltage,
Vee
tsee Note
1
Input voltage: '83A
'LS83A
lnteremitter voltoge (see Note 21
Operat
ing freeair temperature range: SN5483A, SN54LS83A
SN7483A, SN74LS83A
Storage temperature range
NOTES:
1.
Vot1age
vM..-t, cel)1 in1.,em1uar vohae, t with rnpec1 to netV110tk
9round
tatminal.
7V
5,SV
7V
5.5V
-s 5c
to
125c
. 0c 1010c
-65C 10 1so
0
c
2. This is
the
vOltap
be1....-n
iwo
amiuau ot
a
mull
iplminar tranMstor . T h ~ rating
appliff to
r
th
'B3A only Detwen
tn
tollowin9pain: A 1 end 81. A2 and 82. A3 aftd
83.
A4
and
84.
TEXAS.,,
INSTRUMENTS
llOST OH1Ct IOX.
219012
DALLAS.
tUCAS
' . . _ /
..._...,..
_. .. . ..
O " " " ' l ~ ..
...... __ . \'11'_;:; . . ,
_ ''
'
'
' ' .. . . _ _ . _ , < ~ ' . . . . , _
-
7/26/2019 Manufacturer Data Sheets
13/34
l
El
[
g
z
I
i(l
I
g
g
N
l.O
...i .
-
. . _ . _ _ _ _ . . . . _ .
_ _
~ ~
- - -
- -
- - - -
. - - < W r y
_ ' _
-
J o ' . 0 _ 1 > - . _
. . . , _ . , ; _
, , , , ; ~ , , , , . , . . -,0_>
DM5485/DM7485 4-Blt Magnitude Comparators
General Description
Features
Typical power dissipation 275
rrN
Typical delay (4-bit words)23 ns
These 4-btt magnit ude comparators perform comparison
of straight binary
or
BCD codee. Three fully-decoded
dee
slone about two 4-blt word a (A, B) are made and are exter
nally available at three outputs. These devices
are
fully
expandable to any number of bits w ithout external gatea.
Word&
of
greater length may be compared by connecting
comparators In ca9Clde. The A> B, A< B, and A ; B out
puts
of
a stage handling leslgnlflcant blta are con
nected
to
the corresponding Inputs
of
the next stage
handling
moralonlflc1nt bits
. The 1tage handling the
leastslgnlflcant bits must have 1 hlghlevel voltage ap
plied to the A B Input. The caacadlng paths are Im
plemented with only a two-gatl8Y91 delay
to
reduce
overall comparison times for long word&.
Absolute Maximum Ratings
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7/26/2019 Manufacturer Data Sheets
14/34
116481, Sll4LSllA. 1114111,
Sl7481,Sl74LSllA.S174111
QUADRUPLE
2 llPUT
EXCLUSIVE OR
um
DEcaaR
11n-l lE'
'llED
MAACtt
Package Options Include Plutlc Small
Outline Packages, Ceramic Chip Carriers
and Flat Packages. and Standard Plastic and
Ceramic 300-mH DIPa
INMSI.
NN 111A.
INMll8
J
oR
W
PACUGI
IN7488 ...
N PACKAGE
8N741.188A. 8N748R D ORN PACIAGE
CTOPVIEWI
Dependable Texaa lnatrumenta Quality and
Reliability
1A
18
1Y
Vee
48
4A
TYPICAL AVERAGE
TYPE
PAOPAOATIOH
DELAY TIME
88
14 ns
'LS86A
10
na
S88
7 ns
TYPICAL
TOTAL POWER
DISSIPATION
160mW
30.SmW
260mW
2A 4Y
28 38
2Y
3A
GND
3Y
SNl4UUA.
8NS4888
Flt
PACKAGE
CTOPVllEWI
description
CJ
These devices contain four independent 2input
Exclusive-OR gates. They per form the Boolean
functions Y = A
a
B .. AB + AB in positive
logic.
A common application is as a true/complement
element.
If
one
of
the inputs is low. the other
input will be reproduced in true form at
the
output.
If
one of the inputs
is
high, the signal on
the other input will be reproduced inverted at the
output.
The SN5486. 54LS86A, and the SN54S86 are
characterized for operation over the full military
temperature range of - 55 C to 125C. The
SN7486, SN74LS86A. and the SN74S86 are
characterized
for
operation
from
0C
to
70C.
4A
N
4Y
N
38
exclualvO R logic
292
An exclusive-OR gate has many applications, some of which can be represented better
by
alternative logic
symbols.
EXCWSIV-OR
These are five equivalent Exclusive-OR symbols valid
for
an
'86
or 'LS86A
gate in positive logic; negation
may be shown at any two ports.
LOGIC IDENTITY ELEMENT IEVBH ARITY 000.PARITY B.EMENT
The outpUt is
active
( low)
If a l
lnputa ltand
et
the Nm
logic:
level I.e., ABI.
The CJUIPUl ie active llawl If
.
even
number
of inputs
II a
. O
or
21 are sc:tiva.
TEXAS.,,
INSTRUMENTS
POST
OFFICE
IOX
659012
DALLAS. TEXAS
752115
The OUIPUt la
ac:dve
lhlghl If en
oddnumberof npula li.e . only 1
of
the
21
are ac:tive.
2-271
Courtesy ofTexas Instruments Incorporated
-
7/26/2019 Manufacturer Data Sheets
15/34
j
l
j
1
1
I
N
CAS
111S
Oo
De
Q9 QA
Q
L
L L L
1
L L
L
H
2
L
l
H
L
J
L L
H H
4 l
H
L
L
s
L H
L
H
6
H
L
L L
7
H
L
L
H
8 H
L
H
L
9
H
L
H H
10
H
H
L L
11 H
H
L
H
'92A, 'LS92,
93A, L93, LS93
AESET/COUNT FUNCTION TABLE
---
RESET INPUTS
OUTPUT
Rom
Ro121
Oo
0c
0a QA
H H
L
L
L
l
L
K COUNT
x L
COUNT
NOTES:
A.
Output
QA I
COftnectsl
to
l riput CK8 for &CO
courit
.
a . Output
Co
fl connect.Oto riPvt CKA tor bl-quln11ry
couri t
.
C. Output QA
i
ccmnect9d to nput CtC.B .
D.
H., Net\
evel, L low
IWll,
>C
lrr1lw1n1
H
H
x
x
L
L
x
TEXAS.
INSTRUMENTS
H
H
x
L
x
x
l
POSTOHIC(
80'K
221CU2
DAU AS. TUAS
15215
_________
~ : : ~
- - ~ - - = - - . . - ~ ~
L x L l
l
x L L L L
H H H L
l
x
L
COUNT
L
x
COUNT
x L
COUNT
l
x
COUNT
'93A, L93, 'LS93
COUNT SEQUENCE
IS..NoteC)
COUNT
OUTPUT
QD 0c
Q9
OA
0 L
L L L
I
L L
L
H
2 L L
H
L
3
L L
H H
4
L
H
L L
L
H
L
H
6
L
H H
L
L
H
H
H
8
H
L
L
L
9
H
L
L
H
10
H
L
H L
11
H
L
H
H
12
H
H
L
L
13
- H
H
L
H
14
H H
H
L
IS
H
H H
H
L
l
H
-
7/26/2019 Manufacturer Data Sheets
16/34
,
J
1
l
l
l
J
1
l
1
N
l.O
.i:..
Q
J
e.
;
el
I
Programmable Output Pulse Width
With Rint . . .
35
ns Typ
With RextlCext .. 40 ns to 28 Seconds
Internal Compensation for Virtual
Temperature Independence
Jitter
Free Operation
up to
90%
Duty Cycle
Inhibit Capability
FUNCTION T ABLE
---- - ..
-
INPUTS U ~
A1
A2
0
0
l
x
H
L
H
x
L
H
L1
HI
x
x
L
'
Hf
H H
x
L1
Hf
H
I
H
..n. u
I
H
H
u
I I
H
nv
L
x
I
.n...
1 I
l
1
.n.
1 I
For
11P9n.Oon
ot
function tb l
'ymbot, '"Pl',.
TYPES
SN54121, SN54l121, SN74121
MONOSTABLE MULTIVIBRATORS
WITH SCHMITT-TRIGGER INPUTS
REVISED MAY 1983
81114121 J
011 W PACKAGE
SNMl.121
J PACKAGE
IN741ZI
J Oii N PACKAGE
ITOPlllEWI
uu
C
2 1 NC
Al
l I
NC
[
...,,o,.
s 1 c..,
06 tR i n t
GND7
a NC
NC ND
ntMMf
COlIMCloft
1 fhM e
l inn
of
the function
qble nsun\9 the t t h e
indicted
t1t8dYtt1t
conditiont
the
A anc:r 8
in
putt
heY
bun setup
long
noUSJh
10 como1t any pulM 11artad
bt f ore the
N tUD.
description
These muhivibrators feature dual negative-tramitiontriggered inputs and a single positive-transition-triggered
input
which can be used as an inhibit input . Complementary
output
pulses are provided.
Pulse triggering
occun
at a particular V()hage level
and is not
directly related
to
the
tn1nsition
time
of the
input pulse.
Schmitt
-trigger input circuitry
(TTL
hysterests)
for the
B
input
allows jitttrfree triggering from inputs
with
transition
rates as slow as 1 volt/second. providing
the
circuit 'Ni.th an
e"cenant
noise immunitV of tYPicallY 1.2 volts. A high
immunity
to
Vee noise of typically 1.5 volts is also provided
by
internal latching circuitry.
Once fired, the
outputs are
independent
of
further transitions of
the
inputs
and art a
function only of
the
timing
components.
Input pulses may
be
of
any
duration relative to
the output
pulse. OutPut pulse tength
mav be
varied from
40 nanoseconds
to 28
seconds by choosing appropriate timing components. With no external timing components
(i.e Rint connected
to
Vee. Cext and RexrlCext open}, an output pulse of rypical1y 30 or 35 nanoseconds is achieved
which may
be used
as a triggered reset signal. Output rise
and
fall times are
TTL
compatible and independent
of
pulse length.
Pulse
width stability
is
achieved through
internal
compensati
on
and
is
virtually
independent of
Vee
and
temperature.
In most
applications. pulse stability
will
only
be
limited by
the
accuracy of external timing comp0nents.
J i
tter
free operation
is
maintained over the full
temperature and
Vee ranges for more
than
six
decades:
of timing capac
itance
(10
pF
to 10
Fl
and
more 1han
one
decade of timing resistance
(2
kl
to 30 kl
fonhe
SN54121/SN54L121
and 2 kfi
to 40
kfi for
the SN74121}.
Throughout these ranges,
pulff
width
is
defined
by
1he rela1ionship tw(outl.
CextRtln2 0.7 CextRT. In circuits where puhe cutoff is not critical, timing capacitance up to 1000 .,F and timing
resistance
as low as
1.4
kO
m1y be
used. Alsc, the
range of jitter-free output pulse widths is
extended
if
Vee
is held to
S
volts and
free-air temperature is 25C. Duty cycles as
high
as 90% are achieved when using maximum recommended
Rr:.
Higher
duty
cycles
are
available
if
a certain amount
of
pulsewidth jitter
is
allowed.
lllDllUCTIOI DATA
TYPES
SN54121,
SN54l121, SN74121
MONOSTABLE
MULTIVIBRATORS
WITH SCHMITT-TRIGGER INPUTS
logic diagram (poshlve
logic)
f11l RextlCx1
161
0
111 -
0
.___ _
' '1 01'-c
..
121
..
Rini 2kU
NOM
l
21 Aint 4 kU NOM
Ptn n-.,mb9f5 stIOwnon logic ncxatton
. . .
CN
J
CN
NJlllCll.agtt
NOTES:
t. An te rM I u,.ci to t ,.._Y b9 contMCtod b9twen cat (poaitival
and
c
'
Cai
2. To ute
the in l9 Nl
1imin9 rnht0t ,
c:onnact
Rint
to Vee,
For improved pulM
wtc;t1h
eccurecy NI ,.,.. .
Uity,
con '* t n
... . , .. etktor b9t""""
" tlC t and Vee
wi th Rint
DP11n-clrc:uit9d
ICMmlltics
of
inputs
end
outpuU
EQUIVALENT
OF
EACH INPUT
TYPICAL
OF
BOTH OUTPUTS
VCC
. . . .
--vcc
INPUT
OUTPUT
INPUT
.....
NOM
121
"L121
'
kn
BkU
A2
4kU
BkU
I I
121: Reo 130 U NOM
8
2
kU 4kU
'l121 :
Req
..
26011
NOM
j
I_
_
- - - - ~ - - - - ~ ~ ~ - ~ < ~
I
Ths ftHt CHllimi it1fM111tiH
' 'I&
tf
19 'Jic.tiH
thlta.
,H.Htl
CHt.rM
Qi
.,.aticliital,., . . . . . . . , 1 . . . aa tJ . - .U
.. .
PNhc:titfl
prDlliltt . . . .
;' \f iwcldl --. . t DPlf
.
(
\-..._/
TEXAS
-If
INSTRUMENTS
POST OFUCf BOX 125012 0.\LLAS. TEXA$1526S
- \
\
TEXAS
..ff
INSTRUMENTS
' ST
OfFICl
IOX
225012
DALLAS.
TEXAS 1521 .
"--"
-
7/26/2019 Manufacturer Data Sheets
17/34
sa
-
2
I
I
N
\.0
U I
TYPES SN54LS139A, SN54S139, SN7 4LS139A SN7 45139
DUAL 2-LINE
TO
4-LINE DECODERSIDEMULTIPLEXERS
Dealgned Speclfl cally for High-Spead:
Memory
Dacodera
Datll Tranamlaalon Syatema
Two
FuHy lnd9pand
..
2-to-4-Une
D.codara/Demultlpleera
Schottky Clamped
for
High Performance
deacrlpllon
T h
Schottky-clamped
TTL
MSI
circuits are designed
to
be used
In high-performance memory
decoding
or
data-routing applications requiring
wry
6hon
pro-
tion delay limos.
In
high-performance memory systems
these decod1H$ can be uMd to minirrize the effects of
system decoding. When employed with . high-speed
memories utiliiing a lest enlble circuit tho delay times of
decodlf9 and the enable time of the memory are
u1Ually
kiss than lhe typical access time of the memory.
This
hat lhe elflClive svstem defoy introduced
by t o Schottky-clamped system
decoder is
negligible.
The circuit comprises
two
ndividual two-fine to four-Une
decoders In a single pactSge.
The
active--low enab le in-
put can be used es a data lino
in
demultiplexing applica-
1ions.
All of decOdors/domultiploxors lea1ure lully but
lerecl inputs, oach of which represents only ona nor
malized loed 10 driving circuit. All inputs are clamped
with high-performance Schottky diodes to suppress
line-ringing
and
to simplify system design.
Tho
SN54LS139A and SN54S139 are characterized for
a t ion range
ol-55C
to 125"C. Tho SN74LS139A
and SN74S139 are characteriied for operation JOm O C
101oc .
REVISED APRIL 1985
SN54LS139A,SN54Sl39 . JORWPACKAGE
SN74LS139A. SN74S139 ..
D.JORNPACKAGE
tTOPVIEWI
V_cc
2G
2A
28
2YO
1Y2R6
, ,R2v1
1Y3 7
10
2Y2
GND a 9 2Y3
SN&4LS139A, SN54S t 39 . . FK PACKAGE
SN74LS139A,SN74S139 . . FNPACKAGE
ITOPVIEW)
u
ll ~ l a
3212019
Ei EE2
NC
No lnlWNI
CDMICtlon
logic diagram
1812A
17
28
I& NC
15
2YO
1 2Y1
FUN
CT
ION TABLE
E N B L E I G ~
INPUTS
ENABLE
SELECT
OUTPUTS
ii
B
A
VO V1 V2 V3
H x
x H H H H
L
L
L L H
H H
l
L
H H
l
H
H
L
H l H H
L
H
L H H H H
H
L
H " high
leve
l, L low
lh M
, X
irre 9ven1
PRODUCTIOI DATA
nil
1K*ln1111 Cllliiftl
jftfeUH1iH
CIUftftl
II
of t' lilic.tiH
1111
Proi11ct1 cnlonn to
111Cifi:catie1t1
p1r lht 1n111
of
T1U1
nstra11111t1
Pin numbers shOwn on ogi c no1a1ion ate fOf
D.
J r N packages.
TEXAS
f
INSTRUMENlS
~ ~ : : : ~ ' c : l i v : t ~ ~ l : ' o r . ~ : ; : ~ C : : :
POST
OFFICE toK 12 011 DAL.\.AS. E)(AS J o ~
DATA
OUTl'UTS
schematics of inputs and outputs
TYPES SN54LS139A SN54S139,
S N 7 4 L S 3 9 A
~ 3 9
DUAL
2-LINE
TO
4-LINE DECODERS/DEMULTIPLEXERS
EQUIVALENT OF EACH I I EQUIVALENT OF EACH
INPUT Of ' LS131A INPUT OF
4
5131
vcc
- -
I I Vee
20knNOM
INPUT ' :f4 '
INPUT
TYPICAL OF OUTPUTS
OF 'LSt39A
---------_....,_Vee
OUTPUT
TYPICAL OF OUTPUTS
OF S13t
------ ..- Vee
' ' OUTPUT
absolute maximum ratings over operating free-air temperature range (unless otherwise noted)
Supply voltage,
Vee
(see Note 1}
..
.. ..
.. .
......
..
.. .
..
.. .
. . . . . .. ................... . .. . . ..
.. .
.. 7 v
Input voltage: 'LS139A. 'LS139 .... ..
......
.. .. . . . . .
.....
..
.
..
.... .. . . . . . . .. .... . . . . . .
.......
7 V
'S139 .................
..
.................................. .. . ..
.. .. .
. .
.. . . . .
5.5V
Operat;ng freeai rtemper ature range: SN54LS139A, SN54S139 . . .
..
. .
..
. , .
..
. . . , . . . . . . . - 55e
to 125e
SN74LS139A. SN54S139
.. .
.. .
.. .. .
.
.. .. . .. . ..
. .
. . . . . . . .
0C 10 70C
Storage temperature range . . .
. . .
,
. . . .
. . .
......
.. ........... . . . . .
..
, . . . . . . . ..
.....
- 65C to 150C
NOTE
1:
Votiegt v . I ~
ere
with
respect
to ntwork ground trminal.
TEXAS f
INSTRUMENlS
flOS
T OFFICE lO>C 77S012
DALLAS
. TEXAS 75765
-
7/26/2019 Manufacturer Data Sheets
18/34
N
l.O
O I
I
.
C
el
I
I
- - . ~ ~ ~ - , , . ,
. <
- ' '
TYPES SN54LS139A SN74LS139A
DUAL 2-LINE TO 4-UNE DECODERSIDEMUL TIPLEXERS
recommended operating conditions
-
SNS4LS131A
SN7LS139A
MIN
NOM
MAX
MIN NOM
MAX
UNIT
Vee
SuPPlv
voltqe
4.5
5 5.6
4.7S
5 5.25 v
VtH
High-level
input
volt191
2
2
v
YtL
L.ow-tever input
voltge
0.7
0.8 v
IOH
HighllYlf
output current 0 .4
0.4
mA
IOL
Low-ltvel
output current
8
mA
TA
Operating f r t i r temptraturt -55 125
0 70
c
electrical characteriJtics
o
recommended operating free-air temperature range (unless otherwise noted)
PARAMETER TEST CONDITIONS
t
SNlLS131A SN74LS131A
UNIT
MIN TYPI MAX MIN TYPI MAX
VIK
Vee
MIN,
11
- 1 8
mA
-1 .S
-1.5
v
VoH
Vee .
MIN,
V1H2V
, V1L
MAX.
2.5
3.4
2.7 3.4
v
loH-0.4mA
VOL
Vee MIN, V1H
2V,
I IOL 4 mA
0.25
0.4 0.25
0.4
I
loL
8
mA
0.35
v
Vn,
MAX
0.5
1
Vee
MAX,
V1 7V
0.1
0.1 mA
l1H
VccMAX.
V12.7 V
20 20
A
ltL
VccMAX.
v
1
o.
v
-0 -
-0 .4
mA
IOs
Vee
MAX
20 -100 -20
-100 mA
cc
Vee MAX,
Outputs
eruibled .nd
open
6.8
11 6.8
11
mA
switching characteristics, Vee 6 V.
TA= 25e
(see note 21
-
FROM TO
LEVELS
SNS4LS139A
PARAMETEA1
UNPUT) IOUTPUTI
OFOELAY
TEST CONDITIONS
SN7LS139A
UNIT
MIN
TYP MAX
tp1H
2
13
20
'
tPHL
Binary
22
33
ns
Any
fPLH
Select
J
RL2k0 , CL15pF
18 29
'
'P"'
25
38
PLH
2
16
2
Erwble
Any
IPHL
21 32
'
Pl..H prOJ)9 .
ion
delay time, low to hOh levaf 0"'1put;
PHL.
prope . ion delay time, hl9"1IO lOwlV11I O\ltput.
NOTE 2: S. . Gtnerl lntorm.tton Sclion tor load
Circuit
n vollliil wavelOfms
TEXAS ...
INSTRUMENTS
POST
OFFICE
eox
125012
DA.LLAS
.
TEXAS 152U
TYPES SN54S139 SN74S139
DUAL
2-LINE
TO 4-UNE DECODERS/DEMULTIPLEXERS
nw:om '*'ded operating condltiom
SNMS139
SN74S138
MIN NOM MAX MIN NOM MAX
UNIT
Vee
Supply vollege 4.5 5
5.5
4.75
5
5.25 v
VtH
Hithf.wl input volt
... 2
2 v
VtL
L c w r ~ input VOltlll
0.8
o.s
v
IOH
High-level output
current
-1
-1
mA
IOL
l.o, . . ltvelouiput current
20
20 mA
TA
Operating
ft
. . . r ltrnf* turm
-ss
125 0
70
c
electrical cheracterlatics over recommended operating free-air temperature range (unless otherwise notedl
PARAMETER
TEST CONDITIONS
V1K
Vee - M IN ,
11a18mA
Vee . MIN VtH 2V. VtL O.BV.
I
SNS4S
VoH
l oH - 1mA
I SN74S
VoL
Vee . MIN, VtH 2V,
v
1
L.
o.8v
.
l o t
20mA
Vee . MAX, V1 5.
SV
IJH
Vee .
MAX,
V1 2.?V
Vee. MAX.
v . o .sv
iost
Vee . MAX
I SN54S
tee
Vee .
MAX.
Outputs enebted and open
I
SN74S
tFor
condition Shown., MIN
01
MAX.
u1
1M PPDDlifle
v1 1H1
s p e c ~ under recommended 0Peta11nu conditions.
IAlltypi
-
7/26/2019 Manufacturer Data Sheets
19/34
I
1
l
I
ft
'
lcdance, Swtlcn lfO
Capacdance. Common on
C.pac1t1&ne9, F
lfllroUQ"
M f t l
OH)
C110
Co 11
CtlO
klh ib il V o e
Inhibit VOO (MC1405t8)
(MCt4052B
I
(MCt40538)
Pina
Hal Adjacent
Pint Adl*Cenl
* lfO lr - ssc
1 1
M
Dewie:.
- -o fo
r
CVCP O.wie.
' '"D . + 12sc fOf
AL
Devtc:. IOf CUCP
Deice.
10
..
32
17
0.15
0 .4 1
-
Da
a lebeeod
lyp it not O
De
UMd or
deaign
purpo ..
t>u' t9 Mtentt.dH a
n tridk:elion
ot.,.,.
C'a potenU
al per f0tmen
ce
pF
pF
pF
H f
Of
YOHage dropt 1c
r ou M Wieefll (6Vwttehl >IOOmV
C>300 mv a9
l'VO"
iamperetute) , H c a
i
ve voo current
may
be drew
n;
.e. rhl l c:urren1
oul or
th
hWtlch
nay cont.WI
bOth Yoo and awilch
tnput c
omponenta
.
The rehabifdy ot raa dev i
ce
,;t1 be une
tt
ecled uneH he Maximum
Ael
. - r - - . i n o a1e eKCeected. (See if'SI page of hia dela
. , . ._
_ -
),
j
--.___,f
-
7/26/2019 Manufacturer Data Sheets
29/34
1
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l
J
l
4
I
l
l
1
l
i
a,
f
F
/i
w
0
' - I
0
MO T O R O L
8BIT PRIORITY
ENCODER
The MCl4532'8 is constructed with complementary MOS
(CMOS) enhancement mode devices.
The
primerv
function of
a pri
ority encoder is to provide e
binv
address for the active input with
the
highest priority. Eight
data
inputs
100
tlvu D71 and an enable
input
(I;
nl are provided. F we
outputs
are available. three are .ctdress
outputs (QO thru
Q2).
one group select tGS) and one enable outpu1
IEou1L
Diode
P'rotection on
All
Inputs
Supply
Voltage Range 3.0 Vdc
10
18 Vdc
Capol>lo of Driving Two
Low-power
TTL
Loads
or One LowPower
5cho11ky TTL Load
over
the
Raled
Temperature Range
MAXIMUM RATINGS (Vorn1g11s Retitrel\Ced ro Vss>
Symbol
I Peremr
Ylue
Voo
J
oc Supp1r vouaoe
-0510 180
Vin . Youd
Input
or
Output Voltage
(OC o' T1a,,s1cn1
- osrovoo
CS
lin. lou1
J
npul or Output Cuuenl tOC or T1ans1enl), pe1 Ptn
10
Po
/Power
D1H1palion. pet
Pa.ckaget
500
ls1a
Storage Tempera1urt
6 5 to I M I
fl J
Lead
lemp_era1ure (8-SeeonCil SOfctennol
260
'M1rnum Ratings are those values beyona wt11cn damage to the oev1ce may OCCUI
tfemp8falure Oera11ng Pie.she p
.
P a c ~ e '2mWl*C
lrom
6 5 ~ to esC
Ce,am1c
t,.""
Package - 12mw1c
from l W C
to
125'C
TAUTHTA9LE
1Nl'UT
OUTPUT
Ein
01.
Oii O&
D4
03 01 01
00 GS 01 01
QO
"
"
)(
"
"
) ( ) (
)(
0
0
0
D 0
D
0 0 D
0
I 1
"
x
)(
"
x
x
"
I 1
I
'
0
I
"
"
1
I
1
0
1
0
0
.
x
)(
x
x
"
I
0
1
I
0 0
0 1
1 I
0
0
1 0
0 0 D
1
x
)( )(
I D 1
I
I
0 0
0 0
0
I
x )(
I 0
.
0
I
0
D .0
0 D I
t
0
0
1
1
0
0 D
0
0 0 D
I
1
0
0
0
XOon'1C. .
Unit
..w
c
c
Eou1
0
1
0
0
0
0
Thf:t
d1vlce contalnl protection ctrcultty to guard agalnat damage du 10
high ltaUc vohO or
electrfC
telda. However,
prKauUone mu1t taken
to hOld_ appDeatloin1 of
any
Ohg
hlahr
than maximum rated Ol'8QN
10
this high
.
mpedance Circuit. For proper operation, Vin and Yout lh0u1d be
canatralfted to
the
range Vss c (Vlft or V
0
ut> c
Yoo
UnuMd &riputa
mu1t atwaya
be
U-S 10
an
mppropriate oglc voltage eve l lD
lttter
Vas or voo). Un1.11edoutpwta muet be
att
open.
,
I
C ~ 3 2 B
\ '--'
MC14532B
CMOS MSI
tLOWPOWEA
COMPLEMENTARY
MOSJ
8-BIT
PRIORITY ENCODER
--
SUFFIX P SUFFIX
CERAMIC
'ACK.AGE
'LASTIC
iaACKAOE
CASI: 820
CASE 648
O U E N N Q
IMPOAMATION
A
Serliff:
-55-C
to
ll&"C
MC_
4XXX8AL CCe,.mlt;
P K l i l9p
Chllr)
CS.llf: -
. . -C IC> IFC
MCHXXlCBCP
tPlade
Peckaf l)
MCt4XXX8Cl. tCermic-
Padl:9(Je)
PIN ASllONMENT
04
"'oo
05
Eout
06
GS
07
03
Ein
02
01
DI
01
DO
8
c:::j Vss
00
16
IS
14
13
12
11
10
9
ELECTRICAL
CHARACTERISTICS
cvo1ta,H
Aeferet1ced
to V55l
oo
,_.
25C
ThMlf'I
Ct..r.ct.,lt.tic
,,_,
Mit1
M
M '
Typ If M,.
Min
M
1
Un,1
0WoPUt Yollage
r t e ~
VOL
&O
0 .
05
0
0 .05"
0.05
I
Ydr:
vin.
Yoo
o
10 o.os
0
0 .
05
0.05
15 0 .0 5
0 0.05
005
Vin' Dor
Voo
' l ' L e ~
VoH
S.O
4.9S
4.95
4 .
95
I
Vdc
10 9.95 9.85
10 9 .
95
15
14.9 '
U. 95
14.95
Input
VolUrge O ~ I
Vo
I
Vdble mod s
Schematic Diagram
Connection Diagrams
-c...-
Industrial Blocks
Adjustll>lt duty cycle
Ouiput
cm
source or link 200mA
Output tnd 1Upply TTL cornpotibie
Tempor11ur1 otlbllity bo ner lh. , 0.005% par C
Normofly
on
end norm11ty
off output
AppllcatlOns
Precision timing
Pulse
g1n1ration
SlqlMttiol timing
Time dtloy genomion
Pulst width rnodui1tion
Pulse
position
modulation
Linear ramp
gen1r1tor
~ I U m l T
. ' t#. rm
Oulll tH.klo-
. . .
IH
- ,.--I-=--
+Ve:
TRIHlR
DUTf&f
RISlT
TO,VtEW
DllCltAflll
TKIHIMDLG
ClTllDl
VOLTAll
T8' VIEW
Ordef Number LMIACN
SooNSP--
Onflir Num'* LMllSH, lMUICH Ordar Numbllr
1.MSllJ
or LMISISICJ
/
Soo
NS
P
HCllC
Soo
NS Plcoto ICllA [
r \
Absolute
Maximum
Ratings
Supply Voltllf
+18V
Power Dissipation (Noto
11
600mW
Opoming Tomparoturt Renges
LM555C
oc to+10c
LM551i
to
+12s
0
c
Stor111 Temperature
Rlnll
-ii5C to +150C
Leid Temperature (Soldering, 10 11condsl
300c
Electrical Characteristics (TA 25C,
Vee
+SV
10
+ISV,
unleu
01htrwi11 _. i l i tdl
LIMITS
PAllAllETIR
CONDITIONS
.._
L_,.
UNITS
MIN
TYP
MAX
MIN
TYP MAX
Supply Vo . . .
4.S
18
4.5
18
v
Suppty
Current
Yee .. 5V. A\. -
3
3
8
mA
Yee.
11SV
AL
10
12
10 15
mA
ClowState)
CNott 2l
Tinting rr0t,MOtwMt.,,t
tnilill AccurlCY
0.6
I
riftwitta TtfnPlfaturt
A ..
At
1kto
100k.
30
IO
pp
mf
c
C 0 1 ~ F 1 N o w 31
AocuflCY CMf ftmOf'etUfl
1.5
...
fitt with
Suppty
0.
05 0. 1
..,..
TiMint Error, A1t1tlll
lnltill Ac:c:urle'f
1.5
2.25
rift
with
T1,,...ra1urt
llO
llO
ppmf c
1o:ufef vw t Temp11r1tur1
2.5
3.0
rift
with
Supply
0.15
0.30 O V
Tllrtlhold Volt
0.867
0.667
Vee
Tril(l lrVolt
Vee
15V 48
5.2
5
v
Vee SV
1.45
1.8? 1.9
1.87
v
TriprCurrtnt
0.01
0.
5 0.5
0.9
A
Re111
VOIUfl
0 .4 0.5
,
0.4 0 .5
I v
RnttOmtnt
0.1
O
0 .1
0.4
mA
Threshold
Currtnt (Nott4)
0.1
0.
25
0.1
0.
25
onnol Vol t Ltwtl
Vee
15V
9.8
10
l0 .4 9 10
11
v
Vee -.sv 2.9
3.
33 3.8 2.6 3.
33
4
v
Pin 1
Lhkll ' Output . . . . .
I
100 I
100
nA
Ptn
7
Sit fNott 51
Output
low
Vc:c:
15V.1115mA
150
180
mV
Output
Low
Vee
4.SV, 17
4.StnA
70
100
80
200
mV
Outpur Volt
Dtop
(Lowl
Vee t5V
f11Jif 10mA
0.1
0.15
0.1
Q.25
v
laiN SOmA
0.4
0.5
0.4
0.75 v
l N t
IOOmA
2 2
.2
2 2.5
v
l11Nfll '200mA
2.5
2.
v
Vee
5V
ls1N11:
8mA
0.1 0.25
v
1
SJNic
SmA 0.
25
0.
35
v
Output
Volt191 Drop IHifhl
lsouM.-
200 MA, Yee 15V
12.6 12.5
v
lsoufll:et 100mA, Vee 15V
13
13
.3 12.75
133
v
Vee
SV 3 3.3 2.75
3.3
v
A
..
Tim1
of 0.. tput
100
100
'
Ft11T
..
ol0....,.
100
100
'
No
1: For
operedng
et all'tltld
1tml)eretunt -ch devict mull be
dtr1tld
beMd
on +1&oc maximum
junctiori ~ c u r e nd tftermet
'911ttMcli of +41CJW Junction toe
. or
T0-5 end +1eoC/W Junction to ambient fo,. b o d ~
2 : Supplycurr . -'"''""'hlthtvoicallv mAlet totVcc sv .
_ , T-o tVcc6VondVcc
t5V.
.... :
TMt
wUI dlqrmir . the
maximum
ftlue of RA+
Re for
16V operation. TM tMXimum
totaf
fR.t. Rel ii
20
MO.
Noll6: No prOtlCdon lglln11 xceal Pin 7 C\lrRnt
ii
__ry provklk\t tt. peckege
dittlpetion
welt not W exr
..._...... .
-
7/26/2019 Manufacturer Data Sheets
31/34
'O
: i .
"'
.
Er
g
e
f
le'
e.
g
c.
lS
0
.,
i
w
0
g
;
~
, attonal
Operational Amplifiers/ Buffers
LM741/LM741A/LM741CILM741E
Operational Amplifier
General Description
The LM741 series are gener1I pur pose operational
amplifiers which feature improved performance
over industry standards like the LM709. They are
direct, plugin replacements for the 709C, LM201,
MC14391nd 748 in most applications.
The amplifiers
offer
many features which make
their application nearly foolproof: overload pro
tection
on
the input and
output, no
latch-up when
the common mode range
is
exceeded. as well as
freedom
from
oscillatk>ns.
The LM741C/LM741E are identical
to
the
LM741/LM741A except that the LM741C/
LM741 E have their performance guaranteed over
a 0C
to
.+70C
temperature
range, instead of
-ssc o + 125c.
Schematic and Connection Diagrams
(Top Views
'"
......
.... .... ~ ~ _ ~ _ ~ . . .
~ < ~ ~ ~ ~ < ~
J t ' l l l l l l l l l I I 1 11 1" 1
e ~ c : : ~ ~
_,.11u111 ' ' ' ~ u
Ordor Nvmbor LM741H, LM741AH.
LM741CH
or
LM741EH
SN NS P 19 H08C
.....
: O ~ - U n o P
..
..
l f t l l tM4 I
7 . I
w
.. t 1 11 ( I I 1411"1
-
v I
llUl -1
OrHr
NumMr
LM741CN
or LIA741EN
S. .
NS
Peele
.. NOB&
OnferNumt:litr LM141CJ
SH
NS
Pacltqe
JOIA
~ B ~ L I M
ode ::
IC' u-.
: = ~
I f IK
UT111
t
w
-11 ' ... tl NI
r
I I
tff.11111"
9C' .
Order Number LM7'1CN14
S.. NS
P11ebp
N14A
Orci
Number LM741J14,
LM741AJ1"
ar LM741CJ.14
S-- NS Pack
..
14A
Absolute Maximum Ratings
LM741A
Supply Voltage
Power Dissipation Note H
Differential Input Voltage
Input Voltage (Note 2)
Output
Short
Circuit Duration
Operating Temperature R1nge
Storage Temperature Range
Leed Temperature
22V
500mW
30V
15V
Indefinite
--ssc to +12sc
-65C
to+1soc
300c
(Soldering, 10 seconds)
Electrical Characteristics
(Note
Jl
PARAMETER
lnpL.tt Offset Voltage
Av.rage lnpul OflMI
Vol tqOr i f t
lnpu1 Offset VoH19t
A d u n ~ t Range
Input Othet Current
Averagir fnpu1 OffHt
Current Drift
Input Sias Cutr1n1
TA
2S"C
Rs-:;
1ou1
R s ~ son
CONDITIONS
TAMIN
'STA$
TAMAX
Ass son
RsS10kU
TA
25"C, V5
..
:20V
TA . 2S"C
TAMIN 2
kU
Vs .20V. Vo" '
1SV
Vs
t15V, V o ~ .tlOV
lAMIN
~ ; T A
' f TAMA>
RL?
2kU,
Ou1pu1
Voluge
Swl lg
Output
Sh.or CiJcuit
Currtm
Common-Mode
Rejection A.-1o
Vs
. t.20V, Vo 15V
Vs.tlSV,
Vo
t.10V
Vs SV, Vo"'
: .2V
V5
t20V
1 0 k 1 2
A l ~
2
kH
Vs . t.15V
A l ~
IOkO
R L ~ 2 1 1 U
TA25 .
C
l A M t N < T A ~ T A M A X
TAMIN 5 TA-5'
i A M ~ X
Rs
s
O kU, V e t . ~
'2V
Rs $50
uz. VcM'"
IN
LM741E
22V
500mW
30V
15V
Indefinite
0C
to
+70i>C
-tisc to +1so
0
c
300C
LM741A/lM74tE
MIN
TYP
MAX
- " 1 0
1.0
0.5
50
32
10
16
:115
10
10
80
0.8 3 .0
.o
IS
1.0
30
JO
6.0
1
0.5
80
0.210
25 35
40
95
LM74;
22'/
500
nW
30V
15V
Indefinite
-ssc to +12s
0
c
-osc to +150C
3ooc
LM741
MIN
TVP
MAX
t.0 5.0
15
,.
85
80
0.3 2.0
t.12 t13
50
200
: :12
t14
10 13
25
6.0
200
500
500
1.5
70 90
MIN
LM741C
1BV
500mW
30V
15V
Indefinite
oc to
1oc
,;s"'c to +1so
0
c
300c
LM741C
UNITS
TVP
MAX
2.0 6.0 mV
mV
t.15
20
80
mV
7.5 I mV
.V/C
200
300
500
o.s
mV
nA
nA/C
nA
0.3
2.0
A
M
-
7/26/2019 Manufacturer Data Sheets
32/34
w
c
i:'
l
8
.
s,
I
(
g
g
)
0
j
m ational
Semiconductor
ADC0801/ ADC0802/ ADC0803/ADC0804/ ADC0805
8Bit .P Compatible A/D Converters
General Descrip tion
The AOC0801, ADC0802, ADC0803, end
Differential analog voHage inputs
AOCOBOS are CMOS 8-bit successive approximation AID
Logic Inputs and outputs meet both MOS and n L volt-
converters that usa a differential potentiometrlc ladder-
age level 918Cificationa
simil&r to the 256R products. These converters are de
WOfkl with 2.5V (LM336) voltage reference
signed to allOw operation with the NSCBOO and INSBOBOA
On-chip clock generator
derivative control bus with
TRI-STATE output latches
di
OV to 5V anslog Input vollage range with single sv
rectty driving the
dala
bus.
These A/Os appear
fike
memory
supply
locations or 11 ports to
the
microprocessor and
no
Inter-
No zero adjust requltad
facing logic is needed.
0.3"
standard
wtdtll
20-pin DIP packageDifferential analog voltage inputs
allow
increasing
the
com
20-pin mokled chip carrier or small ouUine package
mon-mode rejection and offsetting the analog zero input
Operates ratiometrically or with 5
Voe;.
2.5 Voe, or ans
voltage
vahJe.
In additiOn, the voltage reference input can
be adjusted
to aHow
encoding any smaller analog vottage
log
apan
adjusted voltage reference
span to the full 8 bits of resolution.
Key Specifications
Features
Resolution
8 bits
Compali>le with
8080 .P
derivatives-no Interfacing
Total enor
y LSB,
\4
LSB and 1 LSB
logic needed access lime
135 ns
Co nversion time
100 ,..
Easy interface 10 all microprocessors, or operates
"stand alone"
Typical Applications
1 fl
IQ
nm
Ml1 HllUITIOll
1
GVlatYIClfUD
....
AIALHrwlT
lll1 t.UU...t
u1n111u 1
.....
H HJ
11 l l
'
TUH/56711
IOIO
n r ts e
Error
Speclftcetlon
(Includes Full-Scele,
Zero Error, and Non-Llnerlty)
IS
Full-
Part
Seal
VREFl2 Z.500 Voe
VREFl2=
Ho Connectton
n
Humber
(Ho
Adju9tm9nla)
(Ho AdJua-nta)
-
Adjuated
-
ADC0801
%LSB
...
. .
-
.
1111
ADC0802
Y1LS8
ADC0803 VaLSB
IAlA
1 LSB
ADC0804
ADC0805
1LSB
TUH/15871-31
Absolute Maximum Ratings
-
7/26/2019 Manufacturer Data Sheets
33/34
i
j
J
1
I
1
l
1
.j
l
l
I
1
. j
{
I
I
l
-l
l
l
l
l
:j
l
j
l
J
1
I
1
j
::i.
g,
8
a
F
c:
2.
8
w
....I.
\.: __
(
-""
\
___
::-..-
\
....,_.,
/
MO T O R O L
Specifications and Applications
Information
EIGHT BIT MULTIPLYING
DIGITAL TO-ANALOG CONVERTER
MC1408
MC1508
EIGHT-BIT MULTIPLYING
DIGITAL-TO-ANALOG
CONVERTER
. designed for use -wh_ere the output curreru is a lin_ear
ptoduct
of
an eightbit
digital word and_ n analog input voltage.
SILICON
MONOLITHIC
INTEGAATEO CIRCUIT
EightBit Accuracy Avai11bte in Both Temperature Ranges
Relative Accuracy: 0.19 Error maximum
(MC1408L8, MC1408P8. MCl508L81
SeYen
and SixBit Accuracy Av1i11ble with MC1408 Designated
by 7 or
6
Suffix
after Package SuffiX
Jlfl//m1-
Fast SettlingTime - 300 ns typical
Noninverting Digital
tnputs
are MTTL and
CMOS Compatible
Output Voltage Swing - +o.4 V
to
-5.0 V
High-Speed Multiplying Input
Slew Rate 4.0 mA/s
Standard Supply Voltages: +5.0 V
and
-6.0 V
to -16
V
FfOURE
1 -
D-to
A
TRANSFER CHARACTefUSTICS
.tOOOOOOOOJ
0t111111J
INPUT DIGITAL WOAD
MiB
1
L SUFFIX GE
CERAMIC PACKA
CASE 82o-o2
1
P SUFl'IX
PLASTIC
PACICAGE
C A S E M 8 ~ 5
FIGURE 2 - BLOCK DtAGRAM
(I
A3y, A4Y.My9
-Y10A.
1
c
.
,.,.1s ...1cllu
TYPICAL APPLICATIONS
Tr.ekingA
to-0 Conv.tert
Audio
Oigt1izin1
and Dec:odint
Sucetuive
Ai>Proximtion
A to-0 Conv1,tert
Programmable Power Supplin
2 1'2
Digit Penltl
' ' ' Ind
DVM 1
Analt190i9it1I M u l t p l ~ 1 t i o n
Wavfonn Syntheila
Oi9iulDiQii.I
Multiplie.tion
Sampta and Hotd
AnllOf"Ditit .
Division
Paek DetlCCOt
Offitll
Addition
and Subtrction
Pro9rM'lmffli
Getn nd Auanuuion
Sp-.ch Comp"911ion end Expans Oft
CRT Chtmctr G.Nration Sttppi119 Mat0t Dri11e
MOTOROLA LINEARflNTERFACE DEVICES
MAXIMUM RATINGS
ITA
+2
5oc
unless
01herwise
noted
. t
Rning
Unit
Poo.wr Supply Vofta91
Dt
gi1at lnput Voltige
Applid Output Vohaga
Referenc Current
Refe
rence-Amplifier lnpUts
Oc>trting
Temperature
Aenge
Storage
Tempera1un
Aan,e
MClSOB
MC1408
Sertes
Vdo
V
-
7/26/2019 Manufacturer Data Sheets
34/34
ppendix
B
List of Materials for the Experiments and Index_
to
Manufacturers Data Sheets
Page number refers to the page on which the data
The following additional parts are needed for the
sheet is found:
Integrated Circuits
TL
age TL age
7400 280 7492A 293
7402 281 7493A
293
experiments:
Display
MAN-72 (or equivalent)
Resistors
o
7404 282 74121
7408 283
74LS139A
7432 284
74151A
7447A 285 74LS153
7474 287
74175
74LS76 288 74LS189
7483A 290 74191
7485 291
74195
7486
292
CMOS
Linear
4069 303
LM555
4071
304
LM741
4081 304 ADC0804
14051B 306
MC1408
14532B 307
294
295
297
298
299
300
301
302
308
309
310
311
An assortment
of
-W
resistors is suggested. The
most widely used values are 330
n
390
n
1.0 kfi,
2 kf , 10 kf , and 100 kf .
Capacitors
One 0.01
F
Three
0 1
F
One 1.0 F
One 100
F
Miscellaneous
One l kf potentiometer
LEDs
Signal diodes (1N914 or equivalent)
4-position DIP switch
Two SPST N.O. pushbuttons
Two CdS photocells (Jameco 120299
or
equivalent)
Solderless breadboard (Radio Shack #276-174 or
equivalent)
I