Suppression
of signals with frequencies f1 and f2 at the output
under balancing, dB
Max.
input voltage in linear regime, V
Conversion
transcon-ductance, mA/V2
Supply
voltage,V
Consumption
current, mA
Balanced
modulator ÌÑÀ2004Í
0÷2000
0÷2000
10
>30
0,5
30÷40
12,6
± 5%
60÷80
Double-balanced
modulator ÌÑÀ2005Í
0÷2000
20÷2000
10
>30
0,5
30÷40
12,6
± 5%
60÷80
Quadrature
balanced modulator ÌÑÀ2008Í
0÷2000
20÷2000
5
>30
0,3
40÷60
12,6
± 5%
6,3 ± 5%
30÷40
Double-balanced
modulator ÌÑÀ2010Í
0÷2000
20÷2000
5
>30
0,3
40÷60
12,6
± 5%
6,3 ± 5%
30÷40
Triple-balanced
modulator ÌÑÀ2009Í
0÷2000
20÷2000
5
>30
0,3
40÷60
12,6
± 5%
6,3 ± 5%
30÷40
Triple-balanced
modulator * ÌÑÀ10008Í
0÷10000
0÷10000
5
>30
0,5
60÷80
12,6
± 5%
6,3 ± 5%
40÷60
Double-balanced
modulator * ÌÑÀ10010Í
0÷10000
0÷10000
5
>30
0,5
60÷80
12,6
± 5%
6,3 ± 5%
40÷60
Triple-balanced
modulator * ÌÑÀ10009Í
0÷10000
0÷10000
5
>30
0,5
60÷80
12,6
± 5%
6,3 ± 5%
40÷60
Note: * is
being developed.
Frequency
synthesizers
Circuit
type
Parameters
Operating
frequency band, MHz
Input
bus
Amplitude
sensitivity, mW
Division
factor
Input
resistance Mohm
Supply
voltage
Supply
voltage, V
IC:
Divider with a floating factor of divi-sion with
a frequency-phase discriminator
0÷600
TTL
8 bit
1
2,3…256
1
5
± 5%
60÷80
IC:
Divider with a floating factor of divi-sion with
a frequency-phase discriminator
0÷1400
TTL
3 bit
1
2^N
1
5
± 5%
40÷60
Amplifiers
Circuit
type
Parameters
Operating
frequency band, MHz
Gain
factor, dB
Max.
output signal power, W
Efficiency,
%
Intercept
point IP3, dBm
Supply
voltage, V
Consumedcurrent,
mA
Poweramplifier
ÌÑÀ2020
20÷2000
23
1
24
38
12
4
200
200
Poweramplifier
ÌÑÀ2021
20÷2000
26
2
24
38
12
4
400
400
Poweramplifier
ÌÑÀ2022
20÷2000
29
4
24
38
12
4
800
800
The
plant can produce custom-made digital and analog GaAs
IC of the dm-wave band, including digital computing
frequency synthesizers, digital-to-analog converters,
low-resolution fast-acting digital-to-analog converters,
voltage-controlled oscillators.
