Page 105 - Vectrawave - eCatalog
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Website :
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VectraWave Proprietary information subject to change without notice
105
2/4
RF Signal processing : VWA 00066 AA
VWA 00066 AA xx DS Rev 0.2
DATA SHEET
VWA
Pr
r
oduct
t
-
-
Li
i
ne
Head Office : rue de la Croix Blanche - Immeuble LOGI – 78350 France
+ 33 (0)619 870 560
+33 (0)139 564 012
mail :
VWA 00066 AA xx DS Rev 0.2
VectraWave Proprietary information subject to change without notice
September 09 p 2 /4
Typical Characteristics
(
ambiant 25°C on heat sink otherwise stated)
Parameter
Symbol
Conditions
Min
Typ Max Unit
Comment
Positive supply voltage 1 Vcc1
4.75
5
5.25
V
Positive supply voltage 2 Vcc2
4.75
5
5.25
V
Output amp
Negative supply voltage 1 Vee
-5.46
-5.2 -4.95
V
Positive supply current 1 Icc1
Vcc1
140 185
mA
Positive supply current 2 Icc2
Vcc2
250 300
mA
Negative supply current 1 Iee
Vee
1
mA
Input frequency
F
9.95 10.709 11.5
GHz
Input
impedance
adaptation
S11
50
Ohm
-10
dB
Output
impedance
adaptation
S22
50
Ohm
-8
dB
Input amplitude
Vin
300
1 000
mVpp
Output amplitude min
Voutmin
With AGC
2
Vpp
Output amplitude max
Voutmax
With AGC
8
Vpp
AGC amplitude control
voltage
Vagc1,2
Vout and Vin from
Min to Max
-5
0
V
AGC modulation bandwidth AGC
BW
Vagc1,2
10
kHz
AGC gain slope
Sagc
Monotonic
6
dB/V Note 1
AGC input current
Iagc
Vagc1,2
100
µA
Note 2
Minimum Max output
controlled phase delay
Ph delay Max Vph=5V
@
Fout=21.4 GHz
155
ps
Phase delay control voltage Vph
0
5
V
Phase delay modulation
Bandwidth
Vph
BW
10
kHz
Phase delay control slope Sph
Monotonic
30
ps/V
Vph input current
Iph
100
µA
Note 3
Input signal at output
H0
10.7
GHz
-30 -20
dB
Third harmonic
H3
32.1
GHz
-30 -20
dB
Power detector output
voltage
Vdet-Vref
Vout = 4Vpp
400
mV/Vpp Note 4
Output voltage variation
with phase delay control
Vout(
ph
)
Vph from Min to
Max
1
dBpp
Phase delay variation with
temperature
Ph
delay(
T
)
Input and controls
= constants
0.5
ps/°C
Phase delay variation with
gain control
Phdelay(
G
)
Vout from Min to
Max
5
ps
Note1 : Vagc1 and Vagc2 average. Min and max to be confirmed
Note2: input command is a MESFET grid. Max current to be confirmed
Note3: input command equivalent circuit is a series connected diode and resistor.
Note4: Vdet-Vref monotonic with output power.
