Ⅲ ●t● R● L^
sEMlCONDUCTOR TECHNICAL DATA
aI● g
Ⅲ C74HC4851^
Ⅲ C74HC4852^
Ⅲ C74HC4853^
Ⅲu:t:p:exers/
^Ⅱ
DemuⅡ :pIexers w:th■ mJect:● Ⅱ
CurreⅡ t E彳 ect C● mtr● I
惴
Automot∶ ve Custon1ized
These devices are pin compatib丨 e to standard Hc405x and MC1405xB
og:η ux/demux devices,but feature injection current e仟 eCt Contro丨 ,This
makes them especiaⅡ y suited for usage in automotive app"cations where
ana丨
・ Chip Comp|exity∶
16-LEAD PLAsTlC D丨 P PACKAGE
CAsE64BO8
素
D suFFIx
Figure11)
・ Power supp丨 y Range(Vccˉ GND)=2.Ot° 6・ OV
・ ln Compliance W忖 h the Requirements ofJEDEC standard
x
・ I叫 ecti° n current Cross-Coup丨 ing Less than1mV/mA(see
・ Pin Compatib|eto HC405X and MC1405XB Devices
NsuFFˉ
voltages in excess of norrη al丨 ogic vo丨 tage are cornrnon。
The injection current effect contro|a"ows signa|s atd丨 sab|ed ana丨 og input
channe丨 s to exceed the supp|y vo|tage range、 ″⒒hout a秆 eCting the signa|of
the enab丨 ed ana丨 og channe|,This eⅡ minates the need for externa丨 diode/
resistor networks typica"y used to keep the ana丨
og channe丨 signa丨 s within
the supp丨 y vo|tage range.
The devices uuⅡ ze丨 0wp° wer si丨 icon gate CMOs techno丨 ogy,The Channe|
se|ect and Enable inputs are compatib丨 e with standard CMOS outputs.
16-LEAD PLAsTlC sOIC PACKAGE
CAsE751B-05
谧
No,7A
154FETs or36Equiva丨 ent Gates
Dw suFF∶ x
16-LEAD PLAsT|CW丨 DE sOIC PACKAGE
CAsE751G-O2
豢
XO卫
X1
ANALOG
lNPUTs/
oUTPUTs
14
DT sUFF∶ X
16-LEAD PLAsTlC TssOP PACKAGE
Ⅻ⊥
Xs丝
X4
MULT|PLEXER/
DEMULT丨
1
3
PLEXER
CAsE948F-01冖
COMMON
0∪ TPUT/
oRDERING lNFORⅢ
|NPUT
X5
MC74HCXXXXAN
X6
CHANNEL
丨
NPUTs
[:
ENABLE
o"
MC74HCXXXXAD sOlC
MC74HCXXXXADW sOlC Wide
MC74HCXXXXADT TssOP
X7
SELECT
AT∶
P丨 as‖ c
6
P|N16〓 Vcc
P丨 N8〓 GND
Figure1.mC74Hc4851A Logic Diagram
singIe-Pole,8-Position Plus Common0彳
FUNCTlON tABLE-Ⅲ C74HC4851A
x3
A
B
C
EnabIe
Α
xO
eB
x1
eˉ
x2
c
vCC
c
s
Controllnputs
¤N
Channels
LHLHLHLHx
LLHHLLHHx
LLLLHHHHx
LLLLLLLLH
X0
X1
X2
X3
X4
X5
X6
X7
X4
X6
X
X7
X5
Enab|e NC
NONE
GND
Figure2.MC74HC4851A丬 s-Lead Pinout lTOp View)
″
◎ Motorda,lnc.1997
0To90L^
MC74HC4851A MC74HC4852A MC74HC4853A
FuNcTlON T^BLE-mc74Hc们 52A
Control∶ nputs
B
EnabIe
se∶ eot
^
oN Channels
123
YY
|NPUTs/oUTPUTs
xxxx
Υ
Ⅻ上
ANALOG
ο
Υ
LHLHx
LLHHx
LLLLH
X1型
x3∶ 凵
COMMON
oUTPUTs/lNPUTS
1
NONE
X=Don’ t Care
Y1Ⅰ
Y2=
Y3卫
CHANNEL犭
焉吉鼠
P丨
[:I亘
N16=Vcc
P丨
N8=GND
ENABLE-旦
Figure3。
MC74HC4852A Logic Diagram
DoubIe-Pole,4-Position Plus Common off
Υ2
Y0
Y
Y3
Y1
Enab|e NC
GND
Figure4.mC74Hc4852A 16-Lead Pinout(Top View)
FVNCTION t^BLE-mc74Hc4853A
ControHnputs
EnabIe
C
seIeot
B
A
COMMON
oUTPUTS/丨
Υ1」
zzzzzzzz
LHLHLHLHx
LLHHLLHHx
LLLLHHHHx
LLLLLLLLH
ANALOG
ΥO
YO
Υ1
Υ1
Υ0
Υ0
Y1
Υ1
NONE
x1.!!.!
|NPUTs/oUTPUTs
oN ChanneIs
NPUTS
Xo
X1
Xo
X1
X0
X1
X0
X1
X=DOn1Care
z1卫
P|N16〓 Vcc
P丨 N8〓 GND
NOTE∶ This device a"ows independent Contro丨
of eaCh switch,
Channe丨 -se丨 ectlnput A contrOIs the X-sWitch,lnput B contro|s
the Y-switch and Input C controls the z-sWⅡ ch
Figure5。 ⅢC74HC4853A Logic Diagram
η
"pIe singIe-PoIe,Double_PosⅢ
M0TOROLA
on PIus Common off
Υ1
YO
z1
z
zO Enab|e NC
GND
Figure6.mC74HC们 53A10-Lead Pinout(Toρ
V。 w)
MC74HC4851A MC74HC4852A MC74HC4853A
MAXIMuM RATINGs★
symboI
vCC
Parameter
PosiⅡ Ve
DC supp|y Vo|tage
DC lnput Vo丨
Vin
tage(Any Pin)
VaIue
Power Dissipa‖ onin sⅡ ||Air,
PD
P丨
V
-0,5to Vcc+0・ 5
V
fie|ds, Howeveq precautions must
±25
mA
750
500
450
mW
astic DIP十
SOlC Package|
TssOP Package十
Lead Temperature,1mm from Casefor10seconds
TL
P|asuc D丨 只 sOlC
OrTssOP Package
due to high statiC vo|tages ore|eCtHc
be taken to avoid app"cations of any
vokage higherthan了 ηaXirnum rated
vo"ages to this high-irη pedance cir-
cuit, For proper operation,Vin and
vout sh° u丨 d be cons廿 ained to the
-65to+150
storage Temperature Range
Tstg
0c
range GND兰
0c
tied to an appropriate|ogic vo丨 tage
FunCtiona丨 operation shou|d be restricted to the Reconη
(Vin° r voutl兰
Vcc,
Unused inputs must a|ways be
|eve| (e.g,l either GND Or Vcc)・
260
Unused outputs fη ust be|eft open,
★Maxirη um Ratings are those va|ues beyond which damage to the device了
丨Derating ~P|asuc DIP∶
on
-0.5to+7.0
DC Current,丨 nto or Out of Any Pin
|
Th|s deViCe contains protecⅡ
circuitn` to guard against damage
(Referenced to GND)
(Referenced to GND)
unit
nay° ccur。
mended0perating Conditions,
-10rη W/° C from65° to125° C
sOlC Package∶
-7mW/° C from65°
to125°
C
Tss0P PaCkage∶ -6,1mW/° C from65° to125° C
For high frequency or heavy丨 oad considerations,see Chapter2ofthe MOtoro|a High-speed CM(Ds Data Book(DL129/D),
RECOMMENDED oPERATING CONDITIONs
symbol
vCC
Vin
v丨 O★
TA
tr,tf
Ⅲ∶
n
Max
GND
vCC
V
+125
0c
Parameter
POsi刂 Ve
DC supp|y Vo|tage
DC lnput Vo|tage(Any Pin)
V
(Referenced to GND)
(ReferenCed to GND)
V
staJC or Dynamic Vo|tage Across switch
Operating Terη
-55
perature Range,A"Package TVpes
Input Rise/Fa"Tirne
(Channe|se|ect or Enab|e丨
Vcc=2.OV
nputs)
unit
Vcc〓 5v
vCC=6・ 0v
4・
1000
500
400
★For vo|tage drops across switch greaterthan1,2V(switch on),excessive Vcc current may be
drawn;i.e,,thecurrentoutofthesw丨 tch may c° ntain both Vcc and switChinρ utcomponents,The
re"abi|ity ofthe device w"丨
be una矸 ected un丨 ess the Maxirη um Ratings are exceeded
DC CHAR^CTERlsTlCs-ˉ Digital section(Vo|tages Referenced to GND)VEE=GND,Except Where NOted
vCC
symboI
VlH
V丨
L
Parameter
Minimum Hlgh-Leve丨 Input Voltage,
Channe|-se丨 ect or Enab|e lnputs
Maximum LOw-Leve|lnput Vo|tage,
Condition
ROnˉ Per spec
ROnˉ Per spec
Channe|-se|ect or Enab|e丨 nputs
Maximum lnput Leakage Current on
v|n〓
vCC orGND
Guaranteed Lirη
V
-55to25° C
ζ85° C
2,o
3.0
4.5
6.o
1.50
2.10
3.15
4.20
1.50
2.10
2.0
o50
3.0
4,5
6,o
it
兰125° C
Unk
1,50
V
3.15
4.20
2,10
3,15
4,20
o.90
o,50
o.90
o,50
o,90
1.35
1.80
1.35
1.80
1,35
1,80
±0.丬
± 1,o
±⒈0
uA
40
uA
V
Digita|Pins(Enab丨 e/A/B/C)
lCC
Maximum QuiesCent supp|y
vin(digita丨
Current(per Package)
vin(ana丨
)=vCC° rGND
og)=GND
NOTE∶ lnformauon° n typica|parametHc va|ues Can be found|n Chapter2ofthe Motoro|a High-speed CMOs Data Book(DL129/D),
^
MOTOROLA
MC74HC4851A MC74HC4852A MC74HC4853A
DC CH^R^CTERIsTlCs-ˉ
Ana∶ og
section
Guaranteed Lirn∶
symbol
Condkion
P臼 rameter
Maximum“ ON” Resistance
R。 n
vin〓
v丨
L Or VlH;v丨
GND;Is≤ 2.O mA
ΔR。 n
Deka“ ON"Resistance
vin〓
|s兰
s=vCC to
vIL Or VlH;vIs=vCo′ 2
2・
O mA
vCC
-55to25° C
ζ85° C
≤125° C
2.o
3.o
4.5
6,0
17ε o
1100
1750
1200
1800
1300
550
400
650
500
750
600
300
460
400
200
500
240
80
60
100
80
120
100
⒛ .5
±1,o
+0.2
望 .o
u.o
⒛ .2
±2,0
Ⅲ .o
vCC
-s5to25° C
≤85° C
≤125° C
2.0
160
80
200
30
180
90
45
35
260
280
160
80
60
180
90
70
300
200
2,o
3.o
4.5
6,o
l。
Ⅵaxirnum O″ ￡ hanne丨 Leakage Current,
ff
vin=vCC orGND
=L().1
Common Channe丨
Maxirnum0n-Channe丨 Leakage
n
vin〓
vCC orGND
6,o
Parameter
Ma旧 mum Propagauon De|ay,AnaIog Inputto AnaIog Output
tPLH
3,o
4,5
6.o
tPHL,tPHz,PzH
tPLH,tPLz,PzL
Cin
Maxirnurn Proρ aga刂 0n De丨 ay,Enable or Channel-select to
Maximum lnput Capacitance
(A"switches0仟 )
CPD
2.0
3.0
4,5
6.0
AnaIog output
(A"switches O仟
)
Ana丨 og P|n
Comm° n Analog Pin
Tˇ
parameter
10
10
35
35
130
pF
pF
to+125° C)
Ⅲ ax
unit
Maximum shi仕 of Output Vo⒒ age of Enab丨 ed Ana|og
o,1
⒈o
o,5
5,o
2,0
mV
Channe丨
★lin=T° ta|currentinjected into a"disab丨
ed channels.
MOTOR0LA
10
TVp
0.5
5.o
100
80
35
130
130
unit
100
50
40
pica|
lNJECTION CuRRENT CouPLING sPEClF∶ CATIONs(Vcc=5V,TA=ˉ 55° C
vΔ out
40
Digita|Pins
Any sing丨 e
Power Dissipa刂 on Capacitance
symbol
Ω
nput tr=tf=6nsl
sVmb。 ∶
tPHL,
Ω
uA
Channel-to-Channe丨
^C CH^R^CTERlsTlCs(CL=50pE丨
un⒒
uA
Any one Channe丨
I。
t
20
Condition
≤1mA,Rs兰 3,9m
丨
in★ 竺 10mA,Rs≤ 3,9m
lin★ ζ1mA,Rs兰 2okΩ
lin★ 兰10mA,Rs兰 2o⒑
lin☆
MC74HC4851A MC74HC4852A MC74HC4853A
1100
1000
C
+25°
C
Oz<卜
Oz<卜
+125° C
⌒
凵
ωΣΙ0ˇ
一
ωΣ 工0一凵
-55°
900
800
700
匡
∝
c。
z0.c°
z0〓
∞一
∞凵∝
∞一
ω凵∝
600
500
400
300
200
100
0
0,0
vin,|NP∪ T
1,2
18
2.4
∨in,|NPUT vOLTAGE(VOLTS),REFERENCED TO GND
vOLTAGE(VOLTs),REFERENCED TO GND
Figure7。 Typical on Resistance Vcc〓
06
Figure8。 Typ:cal on ResistanCe Vcc=3V
2V
「
ˉ
丨
T+
注
涟
贮
汇
贮
敝
∵
岭
贮
液
叮
廾吁
・
・
J
1111
__|__ˉ L~ J
Oz<卜
~川
~~~
一
ωΣ 工○ 一凵
△
之-← >
-55°
C
+25°
C
亠
...艹
z0〓
3oo卜
ω一
∞凵∝
J~刂
过
∝
L
c°
二
二
刂
oL~.⑾
=车
△1J1
VinJNPUT VOLTAGE(VOLTs),REFERENCED TO GND
Figure9。 Typ∶ cal on Resistance Vcc〓 4.5V
-55°
C
+25°
C
+125° C
+125° C
Vin,|NPUT VOLTAGE(∨ oLTS),REFERENCED TO GND
Figure10。 TypicaI0n Res∶ stance Vcc〓
6V
MOTOROLA
MC74HC4851A MC74HC4852A MC74HC4853A
ˉin_
vin2(vsS OrvCC(vin2
Any Disab|ed Channe|
vSS(vin1(vCC
Enab|ed Channe|
V。 ut=Vin1± vΔ out
Figure11。 Iniection Current Coup"ng specification
vCC
vCC
HC4051
micr° c° ntro"er
Channe|1
Channe|2
Channe|3
Channe|4
Channe|5
Channe|6
Channe|7
Channe|8
CommOn Oul
Figure12。
^ctuaI
Requires32passive components
andTechnoIogy
one extra6V regu丨
to suppress injection currentinto a standard HC4051
ator
【
ηultip|exer
vCC
vCC
HC4Bs1A
ⅢicrocontroⅡ
Channe|1
Channe丨 2
Channe|3
Channe|4
Channe|5
Channe|6
Channe|7
Channe|8
COmmOn Oul
Figure13。
mc74Hc0g51^solution
solution by app丨 ying the HC485丬
M0TOR0LA
A mu"ip|exer
er
MC74HC4851A MC74HC4852A MC74HC4853A
E
vE
vC
C
Figure15。 Ⅲaximum off ChanneI Leakage Current,
Any one ChanneI,Test set-up
Figure14.On Resistance Test
set~up
vEE
E
C
vEvC
vCC
Figure17.maximum On ChanneI Leakage Current,
ChanneIto ChanneI,Test set-up
Figure16.MaXimuJη 0彳 Chan"eI Leakage Current,
Common ChamneI,Test set-up
vCC
CHANNEL
sELECT
GND
CL★
tPLH
ANALOG
oUT
★
丨
nc丨 udes a"probe andj丨 g capacitance
Figure18。 Propagation Delays,ChanneI seIect
to AnaIog out
Figure19.Propagation DeIay,Test set-Up ChanneI
seleot to^冂 al0g out
MOTOROLA
MC74HC4851A MC74HC4852A MC74HC4853A
ANALOG
|N
tPLH
ANALOG
0UT
★
lnc丨 udes a"probe and jig capacitance
F∶
Figure21。 Propagation Delay,Test set-up
gure20,Propagation DeIays,Analog In
to AnaIog out
AnaIog In to^naIog out
⊙ ⊙
vCC
叫⒐∵
GND
tPzL
POs丨 T|oN1、 ″HEN TEsT|NG tPHz AND tPzH
丁 POs丨 TlON2WHEN TEsT|NG tPLz AND tPzL
vCC
H|GH
ANALOG Vo
丨
MPEDANCE
工∵
vOL
vOH
H|GH
|MPEDANCE
Figure23.Propagation DeIay,Test set-up
Figure22.Propagation Delays,EnabIe to
Enable to AnaIog0ut
Analog out
CHANNEL SELECT
Figure24.POwer Dissipation Capac⒒ ance,
Test se卜 up
MOTOROLA
MC74HC4851A MC74HC4852A MC74HC4853A
Gate〓
Dlsab丨 ed
Vcc
Ana|Og Mux lnput
CommOn Analog output
Vin>Vcc+0.7v
vOut>vCC
Figure25。 DiagraJn of BipoIar CoupⅡ
ng mechanism
Appears盯 Vin exCeeds Vcc,dHving injecuon current into the substrate
Xo
X1
趁
X3
X4
X5
X6
X7
X
Figure26。 Func】 on D∶ agra"l,HC4851^
MOTOROLA
MC74HC4851A MC74HC4852A MC74HC4853A
Xo
X1
Ⅻ
X3
X
Υ0
Y1
Υ2
Y3
Y
Figure27.Function Diagrarn,HC4852A
X1
X0
X
Y1
Υ2
Υ
Z1
z0
z
Figure28.Functiom Diagra冂 9,HC4853^
MOTOROLA
MC74HC4851A MC74HC4852A MC74HC4853A
ouTLINE DlmENslONs
N suFFIx
PLAsTlC PACKAGE
CAsE648-08
NOTEs∶
1
oNlNG AND TOLER^NC丨 NG PER ANsl
Y145M,1gg2
D丨 MENs丨
2 CONTROL凵 NG D丨 MENsl0N∶ 丨
NCH
3 DlMENs丨 0N LTO CENTER0FL队 Ds WHEN
F0RME0PARALLEL
4 DlMENsl0N8D0Es N0TlNCLVDE M0LD FLAsH
5 R0VNDED C0RNERs0Pη 0NAL
lssUE R
ⅢIⅡ
F
o740
"nx
o145
o270
o175
o015
o00o
o1∞ BsC
o050BsC
27BsC
J
o110
L
D suFFIx
PLAsT丨 Cs0丨 C
PACKAGE
CAsE751B-05
D|MENs丨
lssUE J
oNlNG AND TOLERANC|NG PER ANs|
Y145M,1982
C0NTROLL|NG DlMENsl0N∶ MlLuMETER
DlMENsl0Ns A AND B D0N0tlNCLVDE
M0LD PR0TRVs丨 0N
MAⅪ MVM M0LD PR0TRVs丨 0NO15(0,∞ 6)
PER s|DE
P8PL
o,25001⑵
⑩ |B⑩
DlMENs丨
0NDD0Es N0△ 1NCLUDE DAMBAR
0N ALL0WABLE0AMBAR
PR0TRVs丨
PROTRVsl0N sHA吐 BE O127lO00sl TotAL
丨
N EXCEss OF THE D D|MENsiON AT
MAX丨 MVM MATERIAL C0ND丨 T|0N
ⅡFTERs
"lL凵
"nx
10∞
盯
sEABNC
P1^NE
JL
D16PL
o150
4∞
轩受
o Os0
o35
0,009
F
127BsC
o050BsC
o009
J
◇ |0,zs⒃ ,01⑴ ⑩ |T|B⑨ |A③
o393
o157
o068
o019
o25
o010
o so
DW sUFF∶ X
PLAsTlC s0丨 C PACKAGE
CAsE751G-02
丨
ssUE A
N0TEs∶
1 DlMENsl0NING AND t0LERANClNG
◇|0.010β asl① |B①
PER ANslY丬 4,5M,1982
2 C0NTR0L凵 NG DlMENslON∶ M丨 L凵 MEtε R
3 DlMENslONs A AND B D0N0T|NCLUDE M0LD
PR0TRUsl0N
4 MAXIMVM M0LD PR0TRVslON O15lO0o6)PER
s丨 DE
5 D|MENs!oND D0Es N0T|NCLVDE DAMBAR
PR0TRVsl0N ALL0WABLE DAMBAR
‘
PR0TRUslON sHALL Bε 013lO005)T0tAL丨 N
彳
◇|0,010⒑ 2⑴ ①|T|A⑤ |B③
EXCε ss OF D D|MENs丨 0N
MATER丨 AL0oNDlTl0N
凵
"l凵
"Ⅲ
Rs
AT M^XlMVM
I"C"Es
"nX
"AX
1045
70o
2s5
o Os5
o OsO BsC
o010
o000
△NE
o012
o∞ g
o Ozg
、
M0T0ROLA
MC74HC4851A MC74HC4852A MC74HC4853A
ouTLINE DlMENsIONs
DT suFFIx
PLAsT|C Tss○ P PACKAGE
CAsE948F-01
丨
ssUE○
16X K REF
NOTEs∶
囤上
1
D MENs{0NlNG AND T0Lε RANC{NG PER ANs|
Y145M,1982
2 C0NTR0LuNG D|MENs|oN∶ M|LuMETER
3 D丨 MENs|oN A DOEs N0T|NCLVDE M0LD FLAsH
PROTRUsl0Ns0R GATE BVRRs M0LD FLAsH0R
GATE BURRs sHALL N0T EXCEED O15lO006)PER
slDE
日 ——
4 DlMENs|0NBD0Es N0T|NCLUDE|NTERLEAD
F△ AsH0R PROTRUslON|NTERLEAD FLAsH0R
PROTRUs|0N sHALL N0T EXCEED ~
DE
DlMENs|0N κ DOEs N0T|NCLVDE DAMBAR
o25(0010)PER s丨
PIN1
PR0TRUs0N ALL0WABLE DAMBAR PR0TRUslON
lDENT
sHALL BE O OB(0003)T0TAL|N EXCEss0FTHE
κ
D|MENs ON AT MAⅪ MVM MATERlAL COND|T丨 0N
TERM|NAL NUMBERs ARE sHOWN F0R
REFERENCE0NLY
D|MENs0N A AND BARET0BE DETERM|NED AT
DATUM PLANE-WINCHEs
"lLL!"EtERs
o047
o020
o65BsC
o026BsC
o007
o004
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speCi们 Ca"y disclaI了 ns any and a"Ⅱ abiIⅢ,lncIuding vvithoutⅡ mitation consequentiaI Orincidental damages,“
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data sheets and/orspecifications can and dovaryin differentappⅡ cations and actuaIperformance rnayvaryovertime。
All operating parameters,including“ tˇ picals”
must be valldated for eac"customer appⅡ cation by customer’ s teChnica丨 expeds. MOtorola does not convey any Ⅱ
Cense under"s patent rights northe"ghts of
others, MotoroIa products are not designed,intended,or authorized for use as components in systems intended for surgicalirnpIant into the body,or other
appⅡ cationsintended to suppod or sustaIn"fe,orfor any other app"cation in which the fa"ure ofthe MOtorOIa productcould Create a s"uaⅡ on where persona"njuγ
ordeathrnayoccur shouldBuyerpurchaseoruseMotorolaproductsforanysuchunintendedorunauthorizedaρ pllca刂 on,8uyersha"indemn"ˇ and h° Id MOtorola
iCers,employees,subsid|aries:a钌 iIiates,and dIstr|butors haΠ n丨 ess against a"claI了 ns,Costs,damages,and expenses,and reasonabIe auomey fees
a"sing out of,direcuy or indireCtIy,any c丨 airn of personalinjury or death associated W"h such unintended or unauthonzed use,even if such cIairn a"eges that
MOtoroIa was negl丨 gentregarding the deogn or manufactuFe o"he pa吐 MOtorolaandO are registeredtrademarksofMOtorola,Inc,MOtorOIa,Inc.is an Equal
and its o钌
0ppOHunity/A仟 inη a】 ˇ
e AcⅡ on Employer.
Mfax is a trademark of MOtorola,lnC.
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Nishi GOtanda,shinagawa-ku,tokyo141,Japan. 81夺
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