Operational Amplifiers - Precision and General-Purpose, <50 MHz

3
75
90
98
190
0.1
0.001
10
5
H
3
5
67
85
98
190
0.1
0.001
10
5
H
•
•
1
0.095
0.013
2.5
2
90
100
105
45
0.015
0.020
10
45
H
•
•
1
5
2.7
6
4
60
65
113
22
0.05
0.550
30
20
H
S S
•
•
1
3
5
25
20
38
45
83
45
0.05
0.700
50
2501
I
S S
PDIP5
<6
1
0.004
TSSOP5
2.7
0.004
0.007
BBFPP
AD8534
0.007
1
LFCSP5
<6
1
•
SOIC5
<6
1.8
•
•
Noise
Noise IS/Amp
AVO Min
IB Max
(dB) @ 1 kHz @ 1 kHz Max
(pA)
(nV/√Hz ) (pA/√Hz ) (mA)
MSOP5
1.8
•
PSRR
Min
(dB)
SC705
SOT-235
AD8508
DigiTrim®
BW @
Slew
VOS
TCVOS CMRR
ACL Min Rate Max
Typ
Min
(MHz) (V/𝛍s) (mV) (𝛍V/°C) (dB)
MicroCSP5
AD8506
Temp
Range4
<6
ISC (mA)
1.8
ACL Min
<6
AD8504
In
1.8
AD8502
Out
Quad
Single
Rail-toRail3
Technology
Feature2
Dual
Max1
Supply
Voltage (V)
Min
Part Number
Shutdown
Operational Amplifiers—Precision and General-Purpose, <50 MHz
Price @ 1k
(OEM U.S.)
Max Voltage < 6 V
AD8500
AD8505
AD8515
AD8531
AD8532
AD8538
AD8539
2.7
<6
AD8541
AD8542
AD8544
2.7
<6
AD8551
AD8552
AD8554
2.7
<6
AD8571
AD8572
AD8574
2.7
<6
AD8591
AD8592
2.7
•
ZCO
ZD
0.35
0.013
0.03
115
105
115
50
0.180
25
25
H
S
D
S/D
6
4
40
65
86
42
0.1
0.065
60
60
H
S S
D
S/D/Q
D/Q
0.27/0.38/0.54
ZD
•
•
1
1.5
0.4
0.005
0.005
120
120
125
42
0.002
0.975
50
50
H
S
S/D/Q
D/Q
1.22/1.94/3.43
ZD
•
•
1
1.5
0.4
0.005
0.005
120
120
125
51
0.002
0.975
50
50
H
S
S/D/Q
D/Q
1.11/1.78/3.40
<6
•
•
1
3
5
25
20
38
45
83
45
0.05
0.700
50
2501
I
•
•
1
8.2
5.2
6
2
56
56
86
33
0.05
1.000
200
30
H
8.2
5.2
0.5
2
74
67
89
33
0.05
1.000
60
30
H
DigiTrim
•
•
1
AD8605
AD8606
AD8608
2.7
<6
DigiTrim
•
•
1
10
5
0.3
1
85
80
109
8
0.01
1.200
1
80
H
AD8603
AD8607
AD8609
1.8
<6
DigiTrim
•
•
1
0.4
0.1
0.3
1
85
80
112
25
0.05
0.050
1
80
H
AD8615
AD8616
AD8618
2.7
<6
DigiTrim
•
•
1
24
12
0.5
1.5
80
70
105
10
0.05
2.000
1
150
AD8613
AD8617
AD8619
1.8
<6
•
•
1
0.4
0.1
2.2
1
68
67
107
25
0.05
0.040
1
AD8628
AD8629
AD8630
2.7
<6
•
•
1
2.5
1
0.005
0.002
120
115
125
22
0.005
1.100
AD8646
AD8648
2.7
<6
•
•
1
24
11
2.5
1.8
67
63
104
8
2.7
<6
•
•
1
24
11
2.5
1.8
67
63
104
8
2.7
<6
DigiTrim
•
•
1
50
41
0.35
4
80
76
100
4.51
DigiTrim
•
•
1
28
11
0.25
0.4
85
88
100
2.71
N
•
1
10
5
2
1.3
70
80
108
8
ADA4051-1
ZD
0.025
0.44/0.90
S
D
D/Q
Q
0.63/0.83/1.13
S
D
D/Q
Q
0.68/1.19/1.58
S
D
D/Q
Q
0.68/1.02/1.85
H
S
D
D/Q
Q
0.76/1.29/2.29
80
H
S S
D
D/Q
Q
0.46/0.71/1.11
100
50
H
S
D
S/D/Q
Q
0.96/1.47/2.73
2.000
1
120
H
D
D/Q
Q
0.61/0.88
1.500
1
120
H
D
14.000
10
80
H
S/D
4.500
10
220
H
S/D
S/D
1.050
1
80
H
S S
D
D/Q
S S
D
D
D
D
<6
ADA4051-2
1.8
<6
ZD
•
•
1
0.125
0.06
0.015
0.02
110
110
115
95
0.1
0.017
70
15
H
ADA4500-2
2.7
<6
ZCO
•
•
1
10
5.5
0.12
0.9
95
98
105
14.5
0.58
1.750
2
75
H
1.8
<6
ZCO
•
•
1
0.050
0.006
3
2
90
100
105
65
0.02
0.010
2
40
H
2.2
<6
ZD
•
•
1
4
0.45
137
130
127
5.9
0.5
1.800
200
25
H
2.7
<6
N
•
1
3.6
1.3
2.5
1
75
80
95
16
0.05
0.225
5
55
H
2.7
<6
N
•
1
3.6
1.3
2.5
1
75
80
95
16
0.05
0.225
5
55
H
ADA4528-1
ADA4528-2
ADA4505-4
ADA4691-2
ADA4691-4
ADA4692-2
ADA4692-4
•
0.0025 0.002
1Check data sheet for condition.
2BP = bipolar, ZD = zero drift, ZCO = zero crossover, iCMOS = 16 V or 33 V CMOS, OVP = overvoltage protection, LT = laser trim, ZZ = Zener zap, P = planned.
3N = negative rail input, P = positive rail input.
4C = commercial (0°C to +70°C), H = extended industrial (–40°C to +125°C), I = industrial (–40°C to +85°C).
5S = single, D = dual, Q = quad.
6In development.
For more information on ADI amplifiers, visit www.analog.com/amps.
0.29/0.39
Q
<6
ADA4505-2
D
D/Q
2.7
0.05
S
0.50/0.72
D
2.7
ADA4505-1
0.27/0.31/0.60
0.92
<6
AD8694
D/Q
1
2.7
AD8692
D/Q
0.28
D
0.43
AD8604A
AD8656
0.47/0.57/1.02
1
AD8602A
AD8691
Q
1
AD8601A
AD8655
D
•
<6
AD8652
S
0.70/1.00
•
2.7
AD8651
S/D/Q
Q
•
AD8604
•
0.71
D
•
AD8602
AD8647
S
S/D
S/D/Q
S
0.71
S/D
1.13/1.99
0.71/1.11
Q
D
0.93/1.47
0.98
Q
S/D
S/D
D
D
0.41/0.57/1.01
0.98/1.52
D/Q
D
0.44/0.60/0.80
0.57/0.90
Q
0.55/0.85
0.4
1.200 300 nA
70
H
50
0.1
0.022
10
H
BP
•
•
1
5
6
10
5
54
70
69
26
0.81
0.850 600 nA
351
I
<16
ZD
N
•
1
1.5
2
0.009
0.03
127
127
130
60
1.500
75
37
H
AD8565
AD8566
AD8567
4.5
<16
AD8638
AD8639
5
D
S/D
0.94/1.24
D
D
0.78/1.05
PDIP5
10
88
TSSOP5
94
90
BBFPP
60
80
LFCSP5
701
3
SOIC5
2
3
MSOP5
1.1
0.07
SC705
SOT-235
2.9
0.2
Noise
Noise IS/Amp
AVO Min
IB Max
(dB) @ 1 kHz @ 1 kHz Max
(pA)
(nV/√Hz ) (pA/√Hz ) (mA)
MicroCSP5
8
1
<18
PSRR
Min
(dB)
Temp
Range4
1
•
3
Quad
BW @
Slew
VOS
TCVOS CMRR
ACL Min Rate Max
Typ
Min
(MHz) (V/𝛍s) (mV) (𝛍V/°C) (dB)
ISC (mA)
•
•
<12
AD8548
Dual
ACL Min
In
Out
N
Max1
BP
2.7
AD8546
Single
Rail-toRail3
Technology
Feature2
Supply
Voltage (V)
Min
Shutdown
Part Number
Price @ 1k
(OEM U.S.)
Max Voltage < 18 V
AD8519
AD8529
20
S S
S
D
S
Q
D
S/D
AD8657
AD8659
3
<18
DigiTrim
•
•
1
0.2
0.07
0.35
4
95
105
110
50
0.1
0.022
20
10
H
D
D
AD8661
AD8662
AD8664
5
<16
DigiTrim
N
•
1
4
3.5
0.16
4
90
95
106
12
0.1
1.550
1
140
H
D
S/D/Q
AD8665
AD8666
AD8668
5
<16
N
•
1
4
3.5
2.5
3
90
98
130
10
0.1
1.550
1
140
H
D
S/D/Q
AD8663
AD8667
AD8669
5
<16
N
•
1
0.54
0.6
0.3
1.5
87
95
115
23
0.05
0.285 0.3 typ
50
H
D
S/D/Q
5
<16
•
•
1
1.2
1
6
3
55
70
85
32
0.400
10
H
S
S
OP462
2.7
<12
LT
N
•
1
15
13
0.325
1
70
60
97
9.5
301
H
S
ADA4665-2
DigiTrim
0.4
1
0.800 500 nA
S
Q
0.56/0.71/0.96
D
1.08/1.89
0.95/1.35
S
Q
1.08/1.37/2.23
Q
0.83/0.93/1.75
Q
1.17/1.58/2.70
S/D/Q
S/D/Q
1.69/2.23/4.11
S
0.70
OP162
OP262
OP281
OP481
2.7
<12
BP
N
•
1
0.105
0.028
1.5
10
65
76
74
85
1
0.005
10 nA
12
I
S/D
S/D
OP191
OP291
OP491
2.7
<12
OVP
•
•
1
1.5
0.5
0.5
1.1
75
80
88
42
0.8
0.420
65 nA
16
H
S/D/Q
Q
Q
1.72/2.22/3.89
OP196
OP296
OP496
3
<15
LT
•
•
1
0.45
0.3
0.3
1.5
651
110
109
26
0.19
0.060
50 nA
41
H
S/D/Q
D/Q
D/Q
1.51/1.89/2.71
AD824A
S/D S/D/Q
S/D
1.82/2.84/4.87
S/D
2.66/4.23
2.79/3.65
Max Voltage < 44 V
AD820A
AD822A
5
<36
JFET, LT
N
•
1
1.9
3
2
2
70
70
114
16
0.008
0.900
25
45
I
AD820B
AD822B
5
<36
JFET, LT
N
•
1
1.9
3
1
2
74
70
114
16
0.008
0.900
10
45
I
D
ADA4661-2
3
<20.5
Digitrim
•
•
1
4
2
0.15
.6
115
120
120
18
0.36
0.725
15
220
H
D
D
ADA4666-2
3
<20.5
Digitrim
•
•
1
4
1.7
2.2
.6
64
120
105
18
0.36
0.725
15
220
H
D
D
1
50
350
2
10
86
75
72
151
1.51
7.500 6.6 μA
90
I
AD817
AD826
AD8510A
AD8512A
AD8510B
AD8512B
AD8597
AD8599
±2.5 <±18
AD8513A
S/D
0.85
S/D
±5
<±18
JFET, LT
1
8
20
1
1.7
86
86
101
8
2.500
80
70
H
S/D S/D/Q
±5
<±18
JFET, LT
1
8
20
0.4
1
86
86
101
8
2.500
80
70
H
S/D
LT
1
10
16.8
0.12
0.8
120
120
110
1.07
1.9
5.700 200 nA
52
H
±4.5 <±18
1.13
S/D
Q
S/D
S/D
1.76/2.43
0.95/1.49/3.71
2.33/4.76
S
2.25/3.24
AD8610A
AD8620A
±5
JFET, LT
1
25
60
0.25
0.8
90
100
100
6
0.005
3.500
10
65
H
S
S/D
3.75/7.50
AD8610B
AD8620B
±5 <±13.5 JFET, LT
1
25
60
0.1
0.5
90
100
100
6
0.005
3.500
10
65
H
S
S/D
9.86/16.70
AD8622
AD8624
AD8627
AD8626
AD8625
AD8641
AD8642
AD8643
AD8671
AD8672
AD8674
AD8676A
AD8676B
ADA4000-1
AD8682
AD8684
ADA4000-2
ADA4000-4
ADA4001-2
<±13
•
1
0.56
0.48
0.125
0.5
125
125
125
11
0.15
0.250
200
40
H
<27
JFET, LT
N
•
1
5
5
0.75
2.5
76
80
103
16
0.5
0.850
1
151
I
S
5
<27
JFET, LT
N
•
1
3.5
3
0.75
2.5
90
90
106
27.5
0.0005
0.290
1
121
H
S
±5
<±18
LT
1
10
4
0.075
0.3
100
110
120
2.8
0.3
3.500
12 nA
30
H
±5
<±18
LT
•
1
10
2.5
0.1
0.2
111
106
123
2.8
0.31
3.400
2 nA
35
H
D
D
±5
<±18
LT
•
1
10
2.5
0.05
0.2
111
106
123
2.8
0.31
3.400
2 nA
35
H
D
D
D
D/Q
Q
1.66/2.44
D
S/D/Q
Q
0.73/1.31/ 2.22
±2.5 <±18
10
±4.5 <±18
±4
<±18
±4.5 <±18
LT
JFET, LT
P
1
3.5
9
1
10
70
92
86
36
0.01
0.250
20
10
I
JFET, LT
P
1
5
20
1.7
2
80
82
100
16
0.01
1.650
40
28
H
1
10.2
25
1.5
5
96
96
104
8.8
0.003
3.000
30
50
H
JFET
•
1Check data sheet for condition.
2BP = bipolar, ZD = zero drift, ZCO = zero crossover, iCMOS = 16 V or 33 V CMOS, OVP = overvoltage protection, LT = laser trim, ZZ = Zener zap, P = planned.
3N = negative rail input, P = positive rail input.
4C = commercial (0°C to +70°C), H = extended industrial (–40°C to +125°C), I = industrial (–40°C to +85°C).
5S = single, D = dual, Q = quad.
6In development.
D
D
D
S/D/Q
D
S/D/Q
S/D S/D/Q
S
D
Q
Q
1.96/3.56
Q
1.60/2.63/4.09
Q
1.47/2.35/3.85
Q
1.06/1.62/3.24
1.66
2.14
1.09
0.7
110
110
114
1.8
1.21
2.200
90 nA
25
H
ADA4062-2A
ADA4062-4A
±4
<±18
JFET, LT
1
1.4
3.3
2.5
4
73
74
76
36
0.005
0.220
50
20
H
±4
<±18
JFET, LT
1
1.4
3.3
1.5
4
80
80
76
36
0.005
0.220
50
20
H
D
±4.5 <±18
BP
1
6.5
12
1
0.3
110
106
114
2.8
1.2
2.250 100 nA
40
H
D
±4.5 <±18
BP, LT
1
4
1
0.05
0.25
132
123
125
7
3
0.500
1 nA
22
H
±4.5 <±18
BP, LT
0.500
1 nA
ADA4062-2B
ADA4075-2
ADA4077-1A6 ADA4077-2A
ADA4077-4A6
ADA4077-1B6 ADA4077-2B
ADA4084-16
1
4
1
0.025
0.1
132
123
125
7
3
ADA4084-2
ADA4084-46
±2
<36
LT
•
•
1
9.9
4.6
0.1
0.5
106
110
110
3.9
0.55
ADA4091-2
ADA4091-4
2.7
<36
OVP, LT
•
•
1
1.27
0.46
0.25
3
104
108
110
25
ADA4096-2
ADA4096-4
3
<36
OVP, LT
•
•
1
0.8
0.4
0.3
1
82
100
110
27
•
1
9.3
25
1
1
106
106
104
7.3
0.4
0.5
ADA4610-1A6 ADA4610-2A
ADA4610-4A6
ADA4610-1B6 ADA4610-2B
ADA4638-1
±4.5 <±18
JFET
±4.5 <±18
JFET
9
<33
ZD
N
•
1
9.3
25
•
1
1.5
1.5
0.0045 0.0125
106
106
104
7.3
130
120
140
66
0.2
0.1
S
D
S/D/Q
Q
D
D
D/Q
S/D
22
H
S
30
H
S
0.250
55 nA
20
H
0.075
25 nA
10
H
1.850
25
79
H
1.850
25
79
H
S/D
1.050
90
38
H
S
1.800
100
27
H
Q
0.75/1.21
1.25
0.75
Q
0.77/1.38/2.90
D
D
2.36/3.81
D
S/D/Q
Q
1.50/2.85/4.45
D
D/Q
Q
2.22/3.60
D/Q
Q
1.87/2.70
D
Q
—/1.43/3.65
D
S/D S/D/Q
—/3.47
S
ADTL084A
±4
<±18
JFET
P
1
5
20
5.5
10
80
80
100
16
OP113E
OP213E
OP413E
4
<36
LT
N
1
3.4
1.2
0.075
0.2
100
103
120
4.7
0.4
3.000 600 nA
40
I
S/D/Q
D
3.49/6.66/9.60
OP113F
OP213F
OP413F
4
<36
LT
N
1
3.4
1.2
0.15
0.2
96
100
120
4.7
0.4
3.000 600 nA
40
I
S/D/Q
D
1.76/2.10/4.52
OP1177
OP2177
OP4177
±2.5 <±18
LT
1
1.3
0.7
0.06
0.2
1201
120
120
7.9
0.2
0.500
2 nA
25
H
S/D S/D/Q
OP282
OP482
±4.5 <±18
JFET, LT
P
1
4
9
3
10
70
110
86
36
0.01
0.250
100
10
I
OP184
OP284
OP484
3
<36
LT
•
•
1
4.25
4
0.1
0.2
86
90
103
3.9
0.4
2.000 350 nA
101
OP295
OP495
3
<36
LT
N
•
OP97E
OP297E
OP97F
OP297F
OP497F
OP297G
OP497G
OP727
OP747
AD797A
0.81/1.53/3.60
1.42/2.16
S/D/Q
D/Q
1.66/3.19/5.31
D/Q
D/Q
2.22/4.53
S/D
3.84/8.69
0.085
0.03
0.5
1
90
90
120
45
0.1
0.175
20 nA
251
H
±2 <±20
0.9
0.2
0.025
0.2
114
114
109
14
0.021
0.380
100
10
I
±2 <±20
LT
1
0.9
0.2
0.075
0.3
110
110
106
14
0.021
0.380
150
10
I
±2 <±20
LT
1
0.9
0.2
0.2
0.3
110
110
106
14
0.021
0.625
200
10
I
2.7
<36
LT
1
0.7
0.2
0.1
0.3
110
120
120
15
0.13
0.290
10 nA
301
I
±5
<±18
ZZ
1
8
20
0.04
0.2
114
114
120
0.9
2
10.500
1500
nA
80
I
AD797B
±5
<±18
ZZ
AD8675
±5
<±18
LT
AD8677
±4
<±18
ADA4627-1A
Q
H
1
•
0.43/0.92
Q
1
N
Q
D/Q
LT
D
D/Q
1.28
ADTL082A
OP777
D
Price @ 1k
(OEM U.S.)
1.14/1.73/3.41
D
D/Q
0.750 300 nA
PDIP5
0.125
TSSOP5
2.7
BBFPP
12
LFCSP5
1
SOIC5
LT
Noise
Noise IS/Amp
AVO Min
IB Max
(dB) @ 1 kHz @ 1 kHz Max
(pA)
(nV/√Hz ) (pA/√Hz ) (mA)
MSOP5
<±18
PSRR
Min
(dB)
SC705
SOT-235
Temp
Range4
±5
BW @
Slew
VOS
TCVOS CMRR
ACL Min Rate Max
Typ
Min
(MHz) (V/𝛍s) (mV) (𝛍V/°C) (dB)
MicroCSP5
ISC (mA)
ADA4004-4
ACL Min
ADA4004-2
In
Technology
Feature2
ADA4004-1
Out
Quad
Shutdown
Dual
Max1
Rail-toRail3
Min
Supply
Voltage (V)
Single
Part Number
S/D/Q
S/D/Q 1.28/3.50/6.16
D/Q
S
D/Q
S/D/Q
D/Q
2.61/4.49
1.20/1.80/3.31
S
S
4.32
S
S
5.88
1
8
20
0.08
0.2
120
120
126
0.9
2
10.500 900 nA
80
I
1
10
2.5
0.075
0.2
114
120
123
2.8
0.31
2.900
2 nA
35
H
LT
1
0.6
0.2
0.13
0.5
120
115
120
10
0.074
1.300
1 nA
30
H
1
19
84
0.3
1
100
103
106
6.1
0.0025
7.500
5
55
H
S
S
3.47
•
S
S
S
1.18
S
0.76
±4 <±18
JFET, LT
ADA4627-1B
±4 <±18
JFET, LT
1
19
84
0.2
1
106
106
112
6.1
0.0016
7.500
5
55
H
S
S
4.78
ADA4637-1A
±4 <±18
JFET, LT
5
79
170
0.3
1
100
103
106
6.1
0.0025
7.500
5
55
H
S
S
3.47
ADA4637-1B
±4 <±18
JFET, LT
5
79
170
0.2
1
106
106
112
6.1
0.0016
7.500
5
55
H
S
S
4.78
1Check data sheet for condition.
2BP = bipolar, ZD = zero drift, ZCO = zero crossover, iCMOS = 16 V or 33 V CMOS, OVP = overvoltage protection, LT = laser trim, ZZ = Zener zap, P = planned.
3N = negative rail input, P = positive rail input.
4C = commercial (0°C to +70°C), H = extended industrial (–40°C to +125°C), I = industrial (–40°C to +85°C).
5S = single, D = dual, Q = quad.
6In development.
ADA4700-1
0.35
100
103
100
4.2
0.6
1.3
200 nA
18
S
175°C
1
3.5
20
2
2
103
110
103
14.7
0.4
2.2
30 nA
75
I
S
TSSOP5
0.25
BBFPP
5
SOIC5
9.7
MSOP5
1
LFCSP5
SC705
SOT-235
Noise
Noise IS/Amp
AVO Min
IB Max
(dB) @ 1 kHz @ 1 kHz Max
(pA)
(nV/√Hz ) (pA/√Hz ) (mA)
MicroCSP5
PSRR
Min
(dB)
210°C
PDIP5
•
ACL Min
Out
In
<±36 High Temp
BW @
Slew
VOS
TCVOS CMRR
ACL Min Rate Max
Typ
Min
(MHz) (V/𝛍s) (mV) (𝛍V/°C) (dB)
Temp
Range4
3
Rail-toRail3
ISC (mA)
AD8436
Technology
Feature2
Quad
Max1
Dual
Supply
Voltage (V)
Min
Single
Shutdown
Part Number
Price @ 1k
(OEM U.S.)
D
99.00/110.00
2.69
±5
±55
±4
<±18
LT
1
0.6
0.2
0.15
0.5
120
115
120
10
0.074
1.300
1 nA
30
H
S
S
0.45
±4.5 <±18
ZZ
1
8
2.8
0.1
0.3
100
140
116
3.2
0.4
5.700
80 nA
30
I
S
S
1.19
0.4
4.700
75 nA
30
I
S
S
1.14
0.200
60 nA
20
H
11
H
OP07
OP07D
OP27G
OP37G
±4.5 <±18
ADA4092-4
2.7
<36
ZZ
OVP, LT
•
•
5
40
17
0.1
0.3
100
140
116
3.2
1
1.4
0.4
1.5
2.5
90
98
116
30
1
4
4
2
4
78
75
88
15
0.71
1.400 700 nA
OP292G
OP492G1
±4.5 <±18
LT
OP270E
OP470E2
±4.5 <±18
LT
1
5
2.4
0.075
0.2
106
110
123
3.2
0.6
2.000
20 nA
OP270F
OP270G
OP193F
OP293F
OP90
OP2901
AD712K
OP285
D/Q
LT
1
5
2.4
0.15
0.4
100
105
120
3.2
0.6
2.000
40 nA
D
6.19
LT
1
5
2.4
0.25
0.7
90
104
117
3.2
0.6
2.000
60 nA
301
I
D/Q
D/Q
2.80/4.43
OP471G
±4.5 <±18
LT
1
5
8.5
1.8
4
90
95
110
7.6
0.4
2.750
60 nA
201
I
D/Q
D/Q
4.93
OP467
±4.5 <±18
LT
1
28
170
0.5
3.5
80
96
83
6
0.8
2.500 600 nA
401
I
Q
Q
1
0.035
0.015
0.15
0.2
97
97
114
65
0.05
0.030 20 nA1
25
H
S/D
OP4901
AD713J
2.4
<36
1.6
<36
LT
N2
LT
N
N
I
8.25/12.03
±4.5 <±18
OP275
AD711K
I
1.57/2.71
±4.5 <±18
AD549K
AD712J
2.50
D/Q
OP470G1
AD549J
AD711J
Q
S/Q
7.48
1.65/2.49
1
0.02
0.012
0.45
5
90
100
112
60
0.7
0.020
25 nA
20
I
±2.5 <±18
JFET, ZZ
1
5
3
1
20
80
80
109
35
0.22
0.700 250 fA
20
C
TO-99
S/D/Q 1.89/3.05/4.16
18.26
±2.5 <±18
JFET, ZZ
1
5
3
0.25
5
90
90
109
35
0.22
0.700 100 fA
20
C
TO-99
23.48
±4.5 <±22
BiJET
1
9
22
1
2
80
85
108
6
1.5
2.500 350 nA
14
I
D
±5
<±18
BiJET
1
4
20
2
7
76
76
103
18
0.01
3.400
50
25
C
S/D/Q
±5
<±18
BiJET
1
4
20
0.5
5
80
80
106
18
0.01
3.000
50
25
C
S/D
S/D
2.10/3.36
±4.5 <±22
BiJET
1
9
22
0.25
1
80
85
108
6
0.9
2.500 350 nA
30
I
D
D
2.45
1Check data sheet for condition.
2BP = bipolar, ZD = zero drift, ZCO = zero crossover, iCMOS = 16 V or 33 V CMOS, OVP = overvoltage protection, LT = laser trim, ZZ = Zener zap, P = planned.
3N = negative rail input, P = positive rail input.
4C = commercial (0°C to +70°C), H = extended industrial (–40°C to +125°C), I = industrial (–40°C to +85°C).
5S = single, D = dual, Q = quad.
6In development.
©2014 Analog Devices, Inc. All rights reserved. Trademarks and registered trademarks are the property of their respective owners. Printed in the U.S.A. ST07377-.5-9/14(F)
D
1.00
S/D/Q 1.20/1.66/4.62