AMP01
NC
NC
R2
220k⍀
14
R1
3
2
R
S
V
15
IN
R
S
0.01F
4.7k⍀
7
8
SENSE
R
R
G
REF
9
V
OUT
AMP01
R4
1
10
G
V–
11
20V p-p INTO 500⍀ // 1000pF.
V–
TOTAL HARMONIC DISTORTION:
R3
+
<0.005% @ 1kHz, V
= 20V p-p
18
12
OUT
G = 1 TO 1000
13
R2
GAIN (G)
R1 =
0.047F
0.047F
10F
10F
R3 = R1 // R2
+
R4 = 1.5k⍀ @ G = 1
1.2k⍀ @ G = 10
120⍀ @ G = 100 AND 1000
+15V
–15V
Figure 42. TheInvertingOperationalAmplifierConfigurationhasExcellentLinearityovertheGainRange1to1000, Typically
0.005%. Offset Voltage Drift at Unity Gain Is Improved over the Drift in the Instrumentation Amplifier Configuration.
+15V
8
680pF
+
R1
4.7k⍀
REF
7
10F
0.047F
18
1
POWER BANDWIDTH (–3dB)~60kHz
V
IN
SENSE
12
V+
TOTAL HARMONIC DISTORTION~0.001%
@1kHz, 20V p-p INTO 500⍀ // 1000pF
0.01F
13
10
R
R
G
NC = NO CONNECT
9
R
3k⍀
R3
330⍀
G
V
OUT
AMP01
2
3
G
C
R
L
L
V–
11
R2
R
S
4.7k⍀
15
R
S
0.047F
10F
14
+
NC
–15V
NC
Figure 43. Stability with Large Capacitive Loads Combined with High Output Current Capability make the AMP01 Ideal
for Line Driving Applications. Offset Voltage Drift Approaches the TCVIOS Limit, (0.3 µV/°C).
REV. D
–19–
ADI [ ADI ]
