Head Office : Z.I. des Loges, rue de la Croix Blanche - 78350 Les Loges en Josas - France
Website :
www.vectrawave.com
• Phone : + 33 (0)619 870 560 • Fax : +33 (0)139 564 012 • Mail :
info@vectrawave.com
VectraWave Proprietary information subject to change without notice
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RFIC : VWA 50030 AA
VWA 50030 AAAA DS Rev 0.3
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Head Office : rue de la Croix Blanche - Immeuble LOGI
–
78350
France
http://www.vectrawave.com
+ 33 (0)619 870 560
+33 (0)139 564 012
mail :
info@vectrawave.com
VWA 50030 AAAA
DS Rev 0.3
Ve
ctraWave Proprietary information subject to change witho
ut notice
July 11
p 4 /6
Electrical specifications
Electrical
parameters
Conditions
Symbol
Min.
Typ.
Max.
Unit
Chip bias
Supply voltage
VccCoder
–
VccBG
Vcc
3
V
VccDriver
2.5
3
4
V
Current
consumption
OFF mode*
VccCoder; enable=0;
T=27°C
VccCoder0
3
nA
VccBG; enable=0; T=27°C VccBG0
(100
°C) 0.01
15
(-40
°C) 28
uA
VccDriver; enable=0;
T=27°C
VccDriver0
27
pA
Current
consumption
ON mode*
VccCoder; enable=1
VccCoder1
90
mA
VccBG; enable=1
VccBG1
(-40
°C) 2
(100
°C) 2.5
mA
VccDriver; enable=1
VccDriver1
16
mA
Data input (Nrz_in and Nrz_inx)
Input impedance
Single and differential
modes
Zin
100
Ω
Amplitude range** Single or differential input
2
300
mVpp
Frequency range***
0
40
GHz
Driver Output
Output impedance
Single / Differential
50 / 100
Ω
Common mode
voltage
Referred to VCCDriver
VCCDriver-
0.350
V
Amplitude
Single
400
mVpp
*
OFF
enable =“0”, ON
enable=“1”
**
The Min value corresponds to the value which saturates the Driver output.
***
The frequency range is limited for low frequency, by the external decoupling capacitors.