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AD633-EVALZ 데이터시트(PDF) 9 Page - Analog Devices

부품명 AD633-EVALZ
상세설명  Low Cost Analog Multiplier
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제조업체  AD [Analog Devices]
홈페이지  http://www.analog.com
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AD633-EVALZ 데이터시트(HTML) 9 Page - Analog Devices

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Data Sheet
AD633
Rev. I | Page 9 of 16
Likewise, Figure 15 shows how to implement a divider using a
multiplier in a feedback loop. The transfer function for the
divider is
( )
X
E
E
V
W
10
=
(6)
AD633JN
X1
1
X2
2
Y1
3
Y2
4
+VS 8
W
7
Z
6
–VS 5
0.1µF
0.1µF
+15V
0.1µF
+15V
0.1µF
–15V
–15V
7
4
3
6
2
AD711
E
R
10kΩ
R
10kΩ
EX
W' = –10V
E
EX
Figure 15. Connections for Division
VARIABLE SCALE FACTOR
In some instances, it may be desirable to use a scaling voltage
other than 10 V. The connections shown in Figure 16 increase
the gain of the system by the ratio (R1 + R2)/R1. This ratio is
limited to 100 in practical applications. The summing input, S,
can be used to add an additional signal to the output, or it can
be grounded.
AD633JN
X1
1
X2
2
Y1
3
Y2
4
+VS 8
W
7
Z
6
–VS 5
0.1µF
0.1µF
+15V
–15V
W =
S
R1
R2
1kΩ ≤ R1, R2 ≤ 100kΩ
+ S
(X1 – X2)(Y1 – Y2)
10V
R1 + R2
R1
X
INPUT
Y
INPUT
+
+
Figure 16. Connections for Variable Scale Factor
CURRENT OUTPUT
The voltage output of the AD633 can be converted to a current
output by the addition of a resistor, R, between the W and Z pins of
the AD633 as shown in Figure 17.
AD633JN
X1
1
X2
2
Y1
3
Y2
4
+VS 8
W
7
Z
6
–VS 5
0.1µF
0.1µF
+15V
–15V
IO =
1
R
(X1 – X2)(Y1 – Y2)
10V
1kΩ ≤ R ≤ 100kΩ
R
X
INPUT
Y
INPUT
+
+
Figure 17. Current Output Connections
This arrangement forms the basis of voltage-controlled integrators
and oscillators as is shown later in this section. The transfer
function of this circuit has the form
(
)(
)
V
Y2
Y1
X2
X1
R
IO
10
1
=
(7)
LINEAR AMPLITUDE MODULATOR
The AD633 can be used as a linear amplitude modulator with no
external components. Figure 18 shows the circuit. The carrier
and modulation inputs to the AD633 are multiplied to produce
a double sideband signal. The carrier signal is fed forward to the
Z input of the AD633 where it is summed with the double
sideband signal to produce a double sideband with the carrier
output.
AD633JN
X1
MODULATION
INPUT
±EM
CARRIER
INPUT
EC sin ωt
1
X2
2
Y1
3
Y2
4
+VS 8
W
7
Z
6
–VS 5
+
0.1µF
0.1µF
+15V
–15V
W =
EC sin ωt
EM
10V
1+
Figure 18. Linear Amplitude Modulator
VOLTAGE-CONTROLLED, LOW-PASS AND HIGH-
PASS FILTERS
Figure 19 shows a single multiplier used to build a voltage-
controlled, low-pass filter. The voltage at Output A is a result
of filtering, ES. The break frequency is modulated by EC, the control
input. The break frequency, f2, equals
( ) RC
V
E
f
C
2
π
=
20
(8)
and the roll-off is 6 dB per octave. This output, which is at a
high impedance point, may need to be buffered.
AD633JN
X1
1
X2
2
Y1
3
Y2
4
+VS 8
W
7
Z
6
–VS 5
CONTROL
INPUT EC
SIGNAL
INPUT ES
0.1µF
0.1µF
+15V
–15V
R
C
1 + T1P
1 + T2P
OUTPUT B =
1
1 + T2P
OUTPUT A =
1
W1
T1 =
= RC
1
W2
10
ECRC
T2 =
=
dB
f2 f1
f
–6dB/OCTAVE
OUTPUT A
OUTPUT B
0
Figure 19. Voltage-Controlled, Low-Pass Filter
The voltage at Output B, the direct output of the AD633, has the
same response up to frequency f1, the natural breakpoint of RC
filter, and then levels off to a constant attenuation of f1/f2 = EC/10.
RC
f
π
=
2
1
1
(9)


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