5-398
FAST AND LS TTL DATA
OCTAL BUS TRANSCEIVER
The SN54 /74LS245 is an Octal Bus Transmitter/Receiver designed for
8-line asynchronous 2-way data communication between data buses.
Direction Input (DR) controls transmission of Data from bus A to bus B or bus
B to bus A depending upon its logic level. The Enable input (E) can be used
to isolate the buses.
β€’Hysteresis Inputs to Improve Noise Immunity
β€’2-Way Asynchronous Data Bus Communication
β€’Input Diodes Limit High-Speed Termination Effects
β€’ESD > 3500 Volts
LOGIC AND CONNECTION DIAGRAMS DIP (TOP VIEW)
18 17 16 15 14 13
1 2 3 4 5 6 7
20 19
8
VCC
DIR
EB1 B2 B3 B5B4 B6
A1 A2 A3 A4 A5 A6 A7
9 10
A8 GND
12 11
B7 B8
TRUTH TABLE
INPUTS
OUTPUT
E DIR
OUTPUT
L L Bus B Data to Bus A
L H Bus A Data to Bus B
H X Isolation
H = HIGH Voltage Level
L = LOW Voltage Level
X = Immaterial
GUARANTEED OPERATING RANGES
Symbol Parameter Min Typ Max Unit
VCC Supply Voltage 54
74 4.5
4.75 5.0
5.0 5.5
5.25 V
TAOperating Ambient Temperature Range 54
74 –55
025
25 125
70 Β°C
IOH Output Current β€” High
54, 74 –3.0 mA
OH
54
74 –12
–15 mA
IOL Output Current β€” Low 54
74 12
24 mA
SN54/74LS245
OCTAL BUS TRANSCEIVER
LOW POWER SCHOTTKY
ORDERING INFORMATION
SN54LSXXXJ Ceramic
SN74LSXXXN Plastic
SN74LSXXXDW SOIC
20
1
J SUFFIX
CERAMIC
CASE 732-03
20 1
N SUFFIX
PLASTIC
CASE 738-03
20
1
DW SUFFIX
SOIC
CASE 751D-03
5-399
FAST AND LS TTL DATA
SN54/74LS245
DC CHARACTERISTICS OVER OPERATING TEMPERATURE RANGE (unless otherwise specified)
Symbol
Parameter
Limits
Unit
Test Conditions
Symbol
Parameter
Min Typ Max
Unit
Test Conditions
VIH Input HIGH Voltage 2.0 V Guaranteed Input HIGH Voltage for
All Inputs
VIL
Input LOW Voltage
54 0.7
V
Guaranteed Input LOW Voltage for
All Inputs
VIL
Input LOW Voltage
74 0.8
V
Guaranteed Input LOW Voltage for
All Inputs
VT+–VT– Hysteresis 0.2 0.4 V VCC = MIN
VIK Input Clamp Diode Voltage –0.65 –1.5 V VCC = MIN, IIN = –18 mA
VOH
Output HIGH Voltage
54, 74 2.4 3.4 V VCC = MIN, IOH = –3.0 mA
VOH
Output HIGH Voltage
54, 74 2.0 V VCC = MIN, IOH = MAX
VOL
Output LOW Voltage
54, 74 0.25 0.4 V IOL = 12 mA
VCC = VCC MIN,
VIN = VIL or VIH
per Truth Table
VOL
Output LOW Voltage
74 0.35 0.5 V IOL = 24 mA
VIN = VIL or VIH
per Truth Table
IOZH Output Off Current HIGH 20 Β΅A VCC = MAX, VOUT = 2.7 V
IOZL Output Off Current LOW –200 Β΅A VCC = MAX, VOUT = 0.4 V
IIH
Input HIGH Current
A or B, DR or E 20 Β΅A VCC = MAX, VIN = 2.7 V
IIH Input HIGH Current
DR or E 0.1 mA VCC = MAX, VIN = 7.0 V
IH
A or B 0.1 mA VCC = MAX, VIN = 5.5 V
IIL Input LOW Current –0.2 mA VCC = MAX, VIN = 0.4 V
IOS Output Short Circuit Current (Note 1) –40 –225 mA VCC = MAX
ICC
Power Supply Current
Total, Output HIGH 70
mA
VCC = MAX
ICC
Total, Output LOW 90
mA
VCC = MAX
Total at HIGH Z 95
Note 1: Not more than one output should be shorted at a time, nor for more than 1 second.
AC CHARACTERISTICS (TA = 25Β°C, VCC = 5.0 V, TRISE/TFALL ≀ 6.0 ns)
Parameter
Limits
Unit
Test Conditions
Parameter
Min Typ Max
Unit
Test Conditions
tPLH
tPHL Propagation Delay, Data to Output 8.0
8.0 12
12 ns
CL = 45 pF,
RL = 667 Ω
tPZH Output Enable Time to HIGH Level 25 40 ns
CL = 45 pF,
RL = 667 Ω
tPZL Output Enable Time to LOW Level 27 40 ns
tPLZ Output Disable Time from LOW Level 15 25 ns
C
L = 5.0 pF,
RL = 667 Ω
tPHZ Output Disable Time from HIGH Level 15 25 ns
CL = 5.0 pF,
RL = 667 Ω
5-400
FAST AND LS TTL DATA
"ξ˜–!ξ˜‘
ξ˜ˆξ˜† ξ˜•ξ˜šξ˜œξ˜–ξ˜! ξ˜’ξ˜ξ˜• "ξ˜žξ˜›ξ˜– ξ˜’ξ˜ξ˜”ξ˜šξ˜ξ˜˜ ξ˜Ÿξ˜– ξ˜’ξ˜!
&ξ˜ˆξ˜‹ξ˜†ξ˜Œξ˜œξ˜… ξ˜ˆξ˜ξ˜ξ˜‰ξ˜†
ξ˜‰ξ˜† ξ˜”ξ˜žξ˜" ξ˜žξ˜›ξ˜›ξ˜šξ˜ξ˜˜ ξ˜•ξ˜šξ˜œξ˜–ξ˜!ξ˜šξ˜žξ˜ξ˜‘ ξ˜œξ˜šξ˜›ξ˜›ξ˜šξ˜œξ˜–"ξ˜– ξ˜†
ξ˜Šξ˜† ξ˜•ξ˜šξ˜œξ˜–ξ˜! ξ˜’ ξ˜’ξ˜ξ˜• ξ˜“ ξ˜•ξ˜ž " ξ˜šξ˜ξ˜”ξ˜›#ξ˜•ξ˜– ξ˜œξ˜žξ˜›ξ˜•
 " #!ξ˜šξ˜žξ˜ξ˜†
ξ˜‹ξ˜† ξ˜œξ˜’%# ξ˜œξ˜žξ˜›ξ˜•  " #! ξ˜‡ξ˜†ξ˜ˆξ˜Œ ξ˜ƒξ˜‡ξ˜†ξ˜‡ξ˜‡ξ˜ξ˜„ ξ˜Ÿξ˜–
!ξ˜šξ˜•ξ˜–ξ˜†
ξ˜Œξ˜† ξ˜Žξ˜Œξ˜ˆξ˜•*ξ˜‡ξ˜ˆξ˜… ξ˜’ξ˜ξ˜• *ξ˜‡ξ˜‰ ξ˜žξ˜“!ξ˜žξ˜›ξ˜–"ξ˜–ξ˜… ξ˜ξ˜–$ !"ξ˜’ξ˜ξ˜•ξ˜’ ξ˜•
ξ˜Žξ˜Œξ˜ˆξ˜•*ξ˜‡ξ˜Šξ˜†
ξ˜‘ξ˜ξ˜’ ξ˜‘ξ˜ξ˜’ξ˜‘ξ˜…ξ˜— ξ˜‘ξ˜…ξ˜—
ξ˜‘ξ˜ξ˜ξ˜ξ˜ξ˜‘ξ˜‰ξ˜–ξ˜‰ξ˜”ξ˜• ξ˜ξ˜’ξ˜‡ξ˜Œξ˜‰ξ˜•
ξ˜ˆξ˜ξ˜‘
ξ˜…
ξ˜†
ξ˜‡


ξ˜‹


ξ˜‘
ξ˜“
ξ˜”
ξ˜ˆξ˜‰ξ˜†ξ˜ξ˜Œ
ξ˜Žξ˜†ξ˜‹ξ˜‡
ξ˜‰ξ˜†ξ˜Šξ˜Œ
ξ˜‡ξ˜†ξ˜Šξ˜Œ
ξ˜‡ξ˜†ξ˜Œξ˜‡
ξ˜‡ξ˜†ξ˜‰ξ˜Œ
ξ˜‡ξ˜†ξ˜ˆξ˜‡
ξ˜‡
Β°
ξ˜ˆξ˜‡ξ˜†ξ˜‡ξ˜Œ
ξ˜‡ξ˜†ξ˜‰ξ˜Œ
ξ˜ˆξ˜‰ξ˜†ξ˜ξ˜Œ
ξ˜Žξ˜†ξ˜ξ˜‡
ξ˜‰ξ˜†ξ˜ξ˜Œ
ξ˜‡ξ˜†ξ˜‹ξ˜
ξ˜‡ξ˜†ξ˜ξ˜‡
ξ˜‡ξ˜†ξ˜Šξ˜‰
ξ˜‡ξ˜†ξ˜‰ξ˜Œ

Β°
)
ξ˜ˆξ˜‡ξ˜†ξ˜Œξ˜Œ
ξ˜‡ξ˜†ξ˜Žξ˜Œ
ξ˜‡ξ˜†ξ˜‹ξ˜ξ˜
ξ˜‡ξ˜†ξ˜‰ξ˜ξ˜‰
ξ˜‡ξ˜†ξ˜‡ξ˜ξ˜Š
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‹
ξ˜‡ξ˜†ξ˜‡ξ˜‰ξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜‡ξ˜‹
ξ˜‡
Β°
)
ξ˜‡ξ˜†ξ˜Šξ˜ξ˜Œ
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡
ξ˜‡ξ˜†ξ˜Œξ˜ˆξ˜‡
ξ˜‡ξ˜†ξ˜‰ξ˜ξ˜
ξ˜‡ξ˜†ξ˜ˆξ˜‡ξ˜‹
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜
ξ˜‡ξ˜†ξ˜‡ξ˜Šξ˜Œ
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‰
ξ˜‡ξ˜†ξ˜‡ξ˜‡ξ˜

Β°
)
ξ˜‡ξ˜†ξ˜‹ξ˜ˆξ˜Œ
ξ˜‡ξ˜†ξ˜‡ξ˜‰ξ˜
ξ˜ˆξ˜†ξ˜‰ξ˜Ž ξ˜“!ξ˜” ξ˜‡ξ˜†ξ˜‡ξ˜Œξ˜‡ ξ˜“!ξ˜”
-A-
-B- P
ξ˜ƒξ˜‚ ξ˜“ξ˜
110
1120
G
-T-
D
ξ˜„ξ˜‚ ξ˜“ξ˜
K
C
ξ˜•ξ˜‰ξ˜…ξ˜–ξ˜ξ˜’ξ˜‹
ξ˜“ξ˜ξ˜…ξ˜’ξ˜‰
R X 45Β°
MFJ
Case 751D-03 DW Suffix
20-Pin Plastic
SO-20 (WIDE)
ξ˜“ξ˜‡ξ˜†ξ˜‰ξ˜Œ ξ˜ƒξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡ξ˜„  
"
ξ˜‡ξ˜†ξ˜‰ξ˜Œ ξ˜ƒξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡ξ˜„ ξ˜“ ξ˜’
! !
Case 732-03 J Suffix
20-Pin Ceramic Dual In-Line
"ξ˜–!ξ˜‘
ξ˜ˆξ˜† ξ˜›ξ˜–ξ˜’ξ˜•! $"ξ˜™ξ˜šξ˜ ξ˜‡ξ˜†ξ˜‰ξ˜Œ '' ξ˜ƒξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡ξ˜„ ξ˜•ξ˜šξ˜’ξ˜†ξ˜… " #ξ˜–
!" ξ˜’" !ξ˜–ξ˜’" ξ˜Ÿξ˜›ξ˜’ξ˜ξ˜–ξ˜… ξ˜’" ξ˜œξ˜’%#
ξ˜œξ˜’"ξ˜– ξ˜šξ˜’ξ˜› ξ˜”ξ˜žξ˜ξ˜•ξ˜š"ξ˜šξ˜žξ˜ξ˜†
ξ˜‰ξ˜† ξ˜•ξ˜šξ˜œ ξ˜› " ξ˜”ξ˜–ξ˜"ξ˜– ξ˜žξ˜— ξ˜›ξ˜–ξ˜’ξ˜•! $ξ˜™ξ˜–ξ˜ ξ˜—ξ˜ž ξ˜œξ˜–ξ˜•
ξ˜Ÿξ˜’ ξ˜’ξ˜›ξ˜›ξ˜–ξ˜›ξ˜†
ξ˜Šξ˜† ξ˜•ξ˜šξ˜œ ξ˜’ ξ˜’ξ˜ξ˜• ξ˜“ ξ˜šξ˜ξ˜”ξ˜›#ξ˜•ξ˜–! ξ˜œξ˜–ξ˜ξ˜š!ξ˜”#!ξ˜†
ξ˜‘ξ˜ξ˜’ ξ˜‘ξ˜ξ˜’ξ˜‘ξ˜…ξ˜— ξ˜‘ξ˜…ξ˜—
ξ˜‘ξ˜ξ˜ξ˜ξ˜ξ˜‘ξ˜‰ξ˜–ξ˜‰ξ˜”ξ˜• ξ˜ξ˜’ξ˜‡ξ˜Œξ˜‰ξ˜•
ξ˜ˆξ˜ξ˜‘
ξ˜‰ξ˜Šξ˜†ξ˜ξ˜
ξ˜ξ˜†ξ˜ξ˜‡
ξ˜Šξ˜†ξ˜ξ˜ˆ
ξ˜‡ξ˜†ξ˜Šξ˜
ξ˜ˆξ˜†ξ˜‹ξ˜‡
ξ˜‡ξ˜†ξ˜Œξ˜ˆ
ξ˜‡ξ˜†ξ˜‰ξ˜‡
ξ˜Šξ˜†ξ˜ˆξ˜
ξ˜‰ξ˜Œξ˜†ξ˜ˆξ˜Œ
ξ˜Žξ˜†ξ˜‹ξ˜
ξ˜Œξ˜†ξ˜‡ξ˜
ξ˜‡ξ˜†ξ˜Œξ˜
ξ˜ˆξ˜†ξ˜ξ˜Œ
ξ˜ˆξ˜†ξ˜‰ξ˜Ž
ξ˜‡ξ˜†ξ˜Šξ˜‡
ξ˜‹ξ˜†ξ˜‡ξ˜
ξ˜‡
Β°
ξ˜‡ξ˜†ξ˜‰ξ˜Œ
ξ˜‡ξ˜†ξ˜ξ˜‹ξ˜‡
ξ˜‡ξ˜†ξ˜‰ξ˜ξ˜‡
ξ˜‡ξ˜†ξ˜ˆξ˜Œξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜Œ
ξ˜‡ξ˜†ξ˜‡ξ˜Œξ˜Œ
ξ˜‡ξ˜†ξ˜‡ξ˜‰ξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜‡ξ˜
ξ˜‡ξ˜†ξ˜ˆξ˜‰ξ˜Œ
ξ˜‡ξ˜†ξ˜ξ˜ξ˜‡
ξ˜‡ξ˜†ξ˜‰ξ˜ξ˜Œ
ξ˜‡ξ˜†ξ˜‰ξ˜‡ξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜‰ξ˜‰
ξ˜‡ξ˜†ξ˜‡ξ˜ξ˜Œ
ξ˜‡ξ˜†ξ˜‡ξ˜Œξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‰
ξ˜‡ξ˜†ξ˜ˆξ˜ξ˜‡

Β°
ξ˜ˆξ˜†ξ˜‡ξ˜‰
ξ˜‰ξ˜†ξ˜Œξ˜‹ ξ˜“!ξ˜”
ξ˜Žξ˜†ξ˜ξ˜‰ ξ˜“!ξ˜”
ξ˜‡ξ˜†ξ˜ˆξ˜‡ξ˜‡ ξ˜“!ξ˜”
ξ˜‡ξ˜†ξ˜Šξ˜‡ξ˜‡ ξ˜“!ξ˜”
ξ˜…
ξ˜†
ξ˜‡


ξ˜‹




ξ˜‘
ξ˜’
ξ˜‡
Β°
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡ 
Β°
ξ˜‡ξ˜†ξ˜‡ξ˜‹ξ˜‡
B
C
DG
H
J
M
N
AL
20 11
1 10
ξ˜•ξ˜‰ξ˜…ξ˜–ξ˜ξ˜’ξ˜‹
ξ˜“ξ˜ξ˜…ξ˜’ξ˜‰
K
F
Case 738-03 N Suffix
20-Pin Plastic
ξ˜‘ξ˜ξ˜’ ξ˜‘ξ˜ξ˜’ξ˜‘ξ˜…ξ˜— ξ˜‘ξ˜…ξ˜—
ξ˜‘ξ˜ξ˜ξ˜ξ˜ξ˜‘ξ˜‰ξ˜–ξ˜‰ξ˜”ξ˜• ξ˜ξ˜’ξ˜‡ξ˜Œξ˜‰ξ˜•
ξ˜ˆξ˜ξ˜‘
ξ˜‰ξ˜Œξ˜†ξ˜ξ˜
ξ˜ξ˜†ξ˜ˆξ˜‡
ξ˜Šξ˜†ξ˜ξ˜ˆ
ξ˜‡ξ˜†ξ˜Šξ˜
ξ˜ˆξ˜†ξ˜‰ξ˜Ž
ξ˜‡ξ˜†ξ˜‰ξ˜ˆ
ξ˜‰ξ˜†ξ˜ξ˜‡
ξ˜‰ξ˜Žξ˜†ξ˜ˆξ˜Ž
ξ˜ξ˜†ξ˜ξ˜‡
ξ˜‹ξ˜†ξ˜Œξ˜Ž
ξ˜‡ξ˜†ξ˜Œξ˜Œ
ξ˜ˆξ˜†ξ˜Žξ˜Ž
ξ˜‡ξ˜†ξ˜Šξ˜
ξ˜Šξ˜†ξ˜Œξ˜Œ
ξ˜‡
Β°
ξ˜‡ξ˜†ξ˜Œξ˜ˆ
ξ˜ˆξ˜†ξ˜‡ξ˜ˆξ˜‡
ξ˜‡ξ˜†ξ˜‰ξ˜‹ξ˜‡
ξ˜‡ξ˜†ξ˜ˆξ˜Œξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜Œ
ξ˜‡ξ˜†ξ˜‡ξ˜Œξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜‡ξ˜
ξ˜‡ξ˜†ξ˜ˆξ˜ˆξ˜‡
ξ˜ˆξ˜†ξ˜‡ξ˜Žξ˜‡
ξ˜‡ξ˜†ξ˜‰ξ˜ξ˜‡
ξ˜‡ξ˜†ξ˜ˆξ˜ξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜‰ξ˜‰
ξ˜‡ξ˜†ξ˜‡ξ˜Žξ˜‡
ξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜Œ
ξ˜‡ξ˜†ξ˜ˆξ˜‹ξ˜‡

Β°
ξ˜ˆξ˜†ξ˜‡ξ˜ˆ
ξ˜ˆξ˜†ξ˜‰ξ˜Ž ξ˜“!ξ˜”
ξ˜‰ξ˜†ξ˜Œξ˜‹ ξ˜“!ξ˜”
ξ˜Žξ˜†ξ˜ξ˜‰ ξ˜“!ξ˜”
ξ˜‡ξ˜†ξ˜‡ξ˜Œξ˜‡ ξ˜“!ξ˜”
ξ˜‡ξ˜†ξ˜ˆξ˜‡ξ˜‡ ξ˜“!ξ˜”
ξ˜‡ξ˜†ξ˜Šξ˜‡ξ˜‡ ξ˜“!ξ˜”
ξ˜…
ξ˜†
ξ˜‡

ξ˜‰

ξ˜‹



ξ˜‘
ξ˜’
ξ˜‡
Β°
ξ˜‡ξ˜†ξ˜‡ξ˜‰ξ˜‡ 
Β°
ξ˜‡ξ˜†ξ˜‡ξ˜‹ξ˜‡
"ξ˜–!ξ˜‘
ξ˜ˆξ˜† ξ˜•ξ˜šξ˜œξ˜–ξ˜! ξ˜’ξ˜ξ˜• "ξ˜žξ˜›ξ˜– ξ˜’ξ˜ξ˜”ξ˜šξ˜ξ˜˜ ξ˜Ÿξ˜– ξ˜’ξ˜!
&ξ˜ˆξ˜‹ξ˜†ξ˜Œξ˜œξ˜… ξ˜ˆξ˜ξ˜ξ˜‰ξ˜†
ξ˜‰ξ˜† ξ˜”ξ˜žξ˜" ξ˜žξ˜›ξ˜›ξ˜šξ˜ξ˜˜ ξ˜•ξ˜šξ˜œξ˜–ξ˜!ξ˜šξ˜žξ˜ξ˜‘ ξ˜šξ˜ξ˜”ξ˜™ξ˜†
ξ˜Šξ˜† ξ˜•ξ˜šξ˜œξ˜–ξ˜! (ξ˜›ξ˜‚ " ξ˜”ξ˜–ξ˜"ξ˜– ξ˜žξ˜— ξ˜›ξ˜–ξ˜’ξ˜• $ξ˜™ξ˜–ξ˜
ξ˜—ξ˜ž ξ˜œξ˜–ξ˜• ξ˜Ÿξ˜’ ξ˜’ξ˜›ξ˜›ξ˜–ξ˜›ξ˜†
ξ˜‹ξ˜† ξ˜•ξ˜šξ˜œξ˜–ξ˜! (ξ˜“ξ˜‚ ξ˜•ξ˜žξ˜–! " ξ˜šξ˜ξ˜”ξ˜›#ξ˜•ξ˜– ξ˜œξ˜žξ˜›ξ˜•
ξ˜—ξ˜›ξ˜’!ξ˜™ξ˜†
ξ˜Œξ˜† *ξ˜‡ξ˜‰ ξ˜žξ˜“!ξ˜žξ˜›ξ˜–"ξ˜–ξ˜… ξ˜ξ˜–$ !"ξ˜’ξ˜ξ˜•ξ˜’ ξ˜• *ξ˜‡ξ˜Šξ˜†
-A-
B
C
K
NE
G F D
ξ˜„ξ˜‚ ξ˜“ξ˜
J
ξ˜„ξ˜‚ ξ˜“ξ˜
L
M
-T-
ξ˜•ξ˜‰ξ˜…ξ˜–ξ˜ξ˜’ξ˜‹
ξ˜“ξ˜ξ˜…ξ˜’ξ˜‰
1 10
1120
" ξ˜’ξ˜‡ξ˜†ξ˜‰ξ˜Œ ξ˜ƒξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡ξ˜„   " ξ˜“ξ˜‡ξ˜†ξ˜‰ξ˜Œ ξ˜ƒξ˜‡ξ˜†ξ˜‡ξ˜ˆξ˜‡ξ˜„  
5-401
FAST AND LS TTL DATA
SYMBOL SW1 SW2
tPZH Open Closed
tPZL Closed Open
tPLZ Closed Closed
tPHZ Closed Closed
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associated with such unintended or unauthorized use, even if such claim alleges that Motorola was negligent regarding the design or manufacture of the part.
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Literature Distribution Centers:
USA: Motorola Literature Distribution; P.O. Box 20912; Phoenix, Arizona 85036.
EUROPE: Motorola Ltd.; European Literature Centre; 88 Tanners Drive, Blakelands, Milton Keynes, MK14 5BP, England.
JAPAN: Nippon Motorola Ltd.; 4-32-1, Nishi-Gotanda, Shinagawa-ku, Tokyo 141, Japan.
ASIA PACIFIC: Motorola Semiconductors H.K. Ltd.; Silicon Harbour Center, No. 2 Dai King Street, Tai Po Industrial Estate, Tai Po, N.T., Hong Kong.
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