line drivers. LM75110 Datasheet

LM75110 drivers. Datasheet pdf. Equivalent


Part LM75110
Description dual line drivers
Feature Line Drivers/Receivers lM55109/lM75109. lM55110/lM75110 dual line drivers general description Thes.
Manufacture National Semiconductor
Datasheet
Download LM75110 Datasheet


Line Drivers/Receivers lM55109/lM75109. lM55110/lM75110 dua LM75110 Datasheet
Recommendation Recommendation Datasheet LM75110 Datasheet




LM75110
Line Drivers/Receivers
lM55109/lM75109. lM55110/lM75110 dual line drivers
general description
These products are TTL compatible high speed
differential line drivers Intended for use in termi-
nated tWisted-pair party-line data transmission
systems. They may also be used for level shifting
since output common-mode range IS -3V to +10V.
An Internal current sink IS sWitched to either
output dependent on Input logic conditions. The
current sink may be turned off by appropriate
inhibit Input conditions.
features
• Tightly controlled output currents over tem-
perature, Vee, and common-mode variations
• High speed
15 ns max
• Wide output common-mode range
• High output Impedance
• Inhibits for party-line applications
• Current sink outputs
6 or 12 mA
• Dual CirCUitS
• Standard supply voltages
±5V
• Input clamp diodes
• 14 pin cavity or molded DIP
schematic diagram
connection diagram
Dual-In-Line Package
OUTPUT aI/nUl
Vee' IV
12
'oc'
.s.:.
U'I
..U'I
o
.C...D...
...s...:..
..U'I
o
CD
...s.:.
U'I
U'I
o
.......
...s...:..
..U'I
o
INP~T 14
'NPU118
Note 1. 1/2 of the dual clfcUltshown
Note 2: *lndiCiUlS connectIOns common to s8Gond hillf of (;1I(;Olt.
.INPUT
IIIIPUT
18
INHIBIT INHIBIl
Ie Ie
Order Number LM55109J, LM55110J,
LM75109J, or LM75110J
See Package 16
Order Number LM75109N or LM75110N
See Package 22
typical application
Party-Line Data Transmission System
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4-37



LM75110
absolute maximum ratings
Supply Voltage, Vee +
Supply Voltage, V cc -
Logic and Inhibitor Input Voltages
Common-mode Output Voltage
Storage Temperature Range
Power DISSipation
Lead Temperature (Soldenng, 10 sec)
7V
-7V
55V
-5V to 12V
-65°C to +150oe
600mW
3000 e
operating conditions
Supply Voltage (Vee)
LM55109, LM55110
LM75109, LM75110
Temperature (TA)
LM55109, LM55110
LM75109, LM75110
MIN
4.5
4.75
-55
0
MAX
5.5
5.25
+125
+70
UNITS
V
V
°e
°e
dc electrical cha racte rist ics :S :S(TMIN TA TMAX)
PARAMETER
CONOITIONS
Positive Common Mode Output Voltage
Negative Common Mode Output Voltage
High Level Input Current Into lA, 1B,
2A or 2B (lIH(L)!
High Level Input Current Into 1A, 1 B.
2A or 28 (lIH(L»)
Low Level Input Current Into lA. 1B,
2A or 2B (ltLILI)
High Level Input Current Into lC or
2C (tIH(I))
High Level Input Current Into 1C or
2C (I,HW)
Low Level Input Current Into 1C or
2C (I'L(I))
High Level Input Current Into 0
(J'HW)
High Level Input Current Into D
(lIHm)
Low Level Input Current Into D
HILm )
On State Output Current (10 tON))
Off State Output Current (lOtOFF))
Supply Current From Vee + With
Driver Enabled (Icc +(ON))
Supply Current From Vee - With
Driver Enabled (Icc -tON))
Supply Current From Vee+ With
Driver Inhibited (Icc +(OFF))
Supply Current From Vee - With
Driver Inhibited liee-(OFF))
Input Clamp Voltage on Inputs or
Inhibits (V,)
V ec + '= Max, Vee -:: Max,
.V IH1L ) :: 2 4V
Vo • :: Max, Vee-= Max,
V1H(LI = Max Vee +
Vec +:: Max, Vee- '" Max,
VILILI =0 4V
Vee + = Max, V cc-:: Max,
VIHw=24V
Vee + = Max, Vee - = Max,
V,HW = Max Vee +
Vee + = Max, Vee - = Max,
V'L(I}=04V
Vee+=Max Vee-=Max,
V ,HHl = 2 4V
Vee + = Max, Vee - = Max,
V'H{I) ::: Max Vee +
Vee + = Max, Vee - = Max,
V,Lm =04V
Vee +:: Max, Vee - = Max,
Vee +:: Min, Vee -:: Max
V ee += Min, V ee -= Min
V'L{L) ;: 0 4V, VIH{I) = 2V
V'L(L) = O.4V, V'H(O = 2V
V'LtL) = O.4V, V'L!Il = 0 4V
V'L(L) = D.4V, V 1Lm :: D 4V
Vee + = Min, V ee - "" Min,
liN = -12 mA, TA '" 2SoC
LIMITS
LM55109/LM75109
LM55110/LM75110
MIN TYP MAX
MIN TYP MAX
0
10 0
10
0
-3 0
-3
40 40
11
-3 -3
40 40
11
-3 -3
80
2
-6
7
35
100
18 30
-18 -30
18
-10
-1 -1.5
80
2
-6
15
65
100
23 35
-34 -50
21
-17
-1 -15
UNITS
V
V
~A
mA
mA
~A
mA
mA
~A
mA
mA
mA
mA
pA
mA
mA
mA
mA
V
4·38







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