Precision Operational Amplifiers
InfoCard 2
Linear Technology Corporation • 1630 McCarthy Blvd. • Milpitas, CA 95035-7417 • (408) 432-1900 • www.linear-tech.com • Literature Only: 1-800-4-LINEAR
Rev H 0298
, LTC and LT are registered trademarks of Linear Technology Corporation.
Max Offset Voltage Drift
≤0.6µV/°C

≤1µV/°C
LT1001
LT1002A
LT1007
LT1012
LT1028 (All)
LT1037
LT1115
LT1124A
LT1125A
LT1126A
LT1127A
≥0.2V/µs
LT
®
1006 (All)
LT1014 (All)
LT1413 (All)
LT1464/5
≥1V/µs
LT1007
LTC
®
1050
LTC1051
LTC1052
LTC1053
LT1113
LT1124
LT1125
LTC1150
LTC1151
LTC1152
LT1211/12
LTC1250
≥10V/µs
LT1022
LT1028
LT1037
LT1055
LT1056
LT1057
LT1058
LT1115
LT1126
LT1127
LT1213/14
Typical Slew Rate
≥50V/µs
LT1010
LT1122
LT1215/16
≥100V/µs
See High Speed
Amplifier
Selection Card
Lower
Offset
Voltage
Single Supply Operation
(As Low As 2.7V)
≤20µA
LT1178 (All)
LT1179 (All)
≤60µA
LT1077 (All)
LT1078 (All) 
LT1079 (All)
LT1462/3
LT1490
LT1491
≤560µA
LT1006A
LT1012 (All)
LT1014 (All)
LTC1047
LTC1049
LT1218/19
LT1352/3
LT1366/7/8/9
LT1413 (All)
LT1464/5
LT1466/67L
Max Supply Current per Amplifier
Single
LT1006
LTC1049
LTC1050
LT1077
LTC1150
LTC1152
LT1218
LT1219
LTC1250
Dual
LTC1047
LTC1051
LT1078
LTC1151
LT1178
LT1211
LT1213
LT1215
LT1366
LT1368
LT1413
LT1466L
LT1490
LT1492
LT1498
Quad
LT1014
LTC1053
LT1079
LT1179
LT1212
LT1214
LT1216
LT1367
LT1369
LT1467L
LT1491
LT1493
LT1499
Single Supply Operation
≤1nV/√Hz

≤5nV/√Hz

≤17nV/√Hz
LT1001 (All)
LT1002 (All)
LT1008
LT1012 (All)
LT1113*
LT1211/12
LT1213/14
LT1215/16
Typical Equivalent Input Noise Voltage
per √Hz, f = 10Hz, R
S
= 100Ω
Lower
Noise Multiple Op Amps
Max Input Offset Voltage (T
A
= 25°C)
≤15µV
LT1001AM
LTC1047
LTC1049
LTC1050
LTC1051
LTC1052
LTC1053
LTC1150
LTC1151
LTC1152
LTC1250
≤25µV
LT1001A
LT1007A
LT1012A
LT1037A
≤50µV
LT1006A
LT1012
LT1024A
LT1028A
LT1077A
Max Input Bias Current (25°C)
≤100pA
LT1008
LT1012A
LTC1050
LTC1051
LTC1053
LT1057
LT1058
LT1122
LTC1150
LTC1151
LTC1152
LT1457
≤150pA
LT1012
LT1024A
LTC1250M
≤250pA
LT1024
LTC1250
≤50pA
LT1022
LTC1047
LTC1049
LTC1050A
LTC1052
LT1055
LT1056
LT1057A
LT1058A
LTC1150M
LT1457A
LT1464
≤5pA
LT1169
Faster
Slew
Rate
*LT1113 Has Lowest Noise of Any JFET Input Op Amp
**LTC1250 Has 0.75µV
P-P
From 0.1Hz to 10Hz;
The Lowest Noise of Any Zero-Drift Op Amp
Lower
Offset
Voltage
Drift
Lower
Supply
Current
Rail-
to-
Rail
Lower
Bias
Current
LT1097
■
Single General Purpose Precision Op Amp
■
50µV Max Input Offset Voltage
■
1µV/°C Max V
OS
Drift with Temperature
■
250pA Max Input Bias Current
■
0.2V/ µs Min Slew Rate
■
16nV/ √Hz Input Noise Voltage Density
■
560 µA Max Supply current
■
Minimum Supply Voltage: ±1.2V
Low
Frequency
Noise
LTC1250**
LT1007
LT1037
LT1124
LT1125
LT1126
LT1127

LT1028
LT1115
LT1001A
LT1007A
LT1012A
LT1037A
LTC1049
≤0.05µV/°C

LTC1047
LTC1050
LTC1051
LTC1053
LTC1150
LTC1151
LTC1152
LTC1250
Single
LTC1152
LT1218
LT1219
Dual
LT1366
LT1368
LT1466L
LT1490
LT1495
LT1498
Rail-to-Rail Input and Output
Quad
LT1367
LT1369
LT1467L
LT1491
LT1496
LT1499
Multiple Op Amps
*Narrow 16-Pin SO, 0.150" Wide
Duals
LT1366
LT1368
LT1413
LT1457
LT1462
LT1464
LT1466L
LT1490
LT1492
LT1495
LT1498
8
8
8
8
8
8
8
8
8
8
8
16
18
16
16
16*
16
16
16
16*
14
SO Pin
Count
Duals
LTC1047
LTC1051
LT1057
LT1078
LT1112
LT1113
LT1124
LT1126
LTC1151
LT1178
LT1211/13/15
LT1352
16
16
8
8
8
8
8
8
16
8
8
8
SO Pin
Count SO Pin
Count
Quads
LT1014
LTC1053
LT1058
LT1079
LT1114
LT1125
LT1127
LT1179
LT1212/14/16
LT1353
14
14
14
14
16*
14
16*
14
14
SO Pin
Count
Quads
LT1367
LT1369
LT1463
LT1465
LT1467L
LT1491
LT1493
LT1496
LT1499
Instrumentation Amplifiers
InfoCard 2
LTC1043
PARAMETER (USING LTC1050 AMPLIFIER)
Offset 0.5µV
Offset Drift 50nV/°C
Bias Current 10pA
Noise (0.1Hzk to 10Hz) 1.6µV
Gain Resistor Programmable
Gain Error Resistor Limited 0.001% Possible
Gain Drift Resistor Limited <1ppm/°C Possible
Gain Nonlinearity Resistor Limited 1ppm Possible
CMRR 120dB
Power Supply Single, Dual (18V, ±9V Max)
Supply Current 2mA
Slew Rate 1mV/ms
Bandwidth 10Hz
FREQUENCY OF COMMON-MODE SIGNAL (Hz)
(LTC1043 w/LT1013)
100
CMRR (dB)
100
120
140
1k 10k 100k
80
60
40
20
C
S
= C
h
=
1µF
1
4
8
5V
DIFFERENTIAL
INPUT –15V
–
+
LT1077 V
OUT
1µF
R2
C
H
1µF
8
11
12
C
S
1µF
(EXTERNAL)
7
13
17
16
0.01µF
–5V
R1
14
4
5V
1/2 LTC1043
CMRR > 120dB AT DC
CMRR > 120dB AT 60Hz
DUAL SUPPLY OR SINGLE 5V
V
OS
= 150µV, GAIN = 1 + R2/R1
∆V
OS
/∆T = 2µV/°C
COMMON-MODE INPUT VOLTAGE
INCLUDES THE SUPPLIES
3
2
Instrumentation Amplifier
■Up to 120dB CMRR
■Adjustable Gain-Set by Output Op Amp
■Offset and Offset Drift as Low as Output Amp Specs
Complete Instrumentation Amplifiers in 8-Pin Packages
■Precise, Charge-Balanced Switching
■Up to 5MHz Clock Rate
■Internal or External Clock
LTC1100A LT1101A LT1102A
PARAMETER V
S
= ±5V V
S
= 5V V
S
= ±15V
Offset (Max) 10µV 160µV 600µV
Offset Drift (Max) 100nV/°C2µV/°C8µV/°C
Bias Current (Max) 50pA 8nA 40pA
Noise (0.1Hz to 10Hz) 1.9µV
P-P
Typ 0.9µV
P-P
Typ 2.8µV
P-P
Typ
Gain 100/10 (SW PKG) 10/100 10/100
Gain Error (Max) 0.05% 0.05% 0.05%
Gain Drift 4ppm/°C Typ 4ppm/°C Max 18ppm/°C Max
Gain Nonlinearity (Max) 8ppm 8ppm 14ppm
CMRR (G = 100)(Min) 104dB 95dB 84dB
Power Supply (Max) Single, Dual, 16V Single, Dual, 44V Dual, 44V
Supply Current (Max) 2.8mA 130µA 5mA
Slew Rate 1.5V/µs Typ 0.06V/µs Min 21V/µs Min (6:10)
Bandwidth (G = 10) 18kHz Typ 22kHz Min 2MHz Min
■LTC1100: Zero Offset, Drift; Gain of 100
■LT1101: Micropower, Single Supply; Gain of 10 or 100
■LT1102: High Speed JFET Input; Gain of 10 or 100
TRANSDUCER
OR SENSOR
RESISTANCE
BRIDGE
6
3
1
4
8
5
OUT
V+
R
R
R
R
SHIELD
–
+
LT1101
G = 100
MINIMUM VOLTAGE ACROSS BRIDGE = 20mV
MINIMUM SUPPLY VOLTAGE = 1.8V
6
3
1
4
8
7BIAS
V
–
= –15V
–
+
LT1102 LT1010 OUT
V
+
= 15V
OUTPUT = ±10V INTO 75Ω TO 330kHz (R = 50Ω)
±10V INTO 200Ω TO 330kHz (R = 200Ω)
DRIVES 2.2nF CAP LOAD
GAIN = 10, DEGRADED 0.01% DUE TO LT1010
2
5R
1
2
3
45
6
7
8
TOP VIEW
GROUND
(REF)
COMP
OUTPUT
+CMRR
–IN
N8 PACKAGE
8-LEAD PLASTIC DIP
–
+
–
+
J8 PACKAGE
8-LEAD CERAMIC DIP
V
–
+IN
V
+
99R
RR
R ≈ 2.5k
99R
Dual Precision Instrumentation Switched Capacitor Building Block: LTC1043
©1994 LT/TP 0298 10K
1
2
3
45
6
7
8
TOP VIEW
GROUND
(REF)
OUT
G = 10
OUTPUT
REF
G = 10
–IN
N8 PACKAGE
8-LEAD PLASTIC DIP
–
+
–
+
J8 PACKAGE
8-LEAD CERAMIC DIP
V
–
+IN
V
+
99R
RR
R ≈ 9.2k (LT1101)
R ≈ 1.8k (LT1102)
99R
9R
9R
Differential Voltage Amplification from a
Resistance Bridge (Single 5V Powered) Wideband Instrumentation Amplifier
with ±150mA Output Current
CMRR vs Frequency
LTC1100CS
1
2
3
4
5
6
7
8
TOP VIEW
G = 10
GND REF
NC
+CMRR
S PACKAGE
16-LEAD PLASTIC SW
9
16
15
14
13
12
11
10
NC
V
–
–V
IN
NC
G = 10
V
OUT
NC
COMP
NC
V
+
+V
IN
NC
LTC1100 LT1101/LT1102
Linear Technology Corporation • 1630 McCarthy Blvd. • Milpitas, CA 95035-7417 • (408) 432-1900 • www.linear-tech.com • Literature Only: 1-800-4-LINEAR