CXA3067AM
Electrical Characteristics
See Electrical Characteristics Test Circuit (VCC=5.0 V, Ta=+25 °C)
Circuit
Item
Symbol Pin No.
Conditions
Min.
17
Typ. Max. Unit
No.
RFVCC
RFVCC
V1=5 V
IFVCC
RFICC
IFICC
DICC
26, 27
21
1
28
9
39
14
10
mA
mA
mA
Current consumption
IFVCC
1
1
4
Current consumption
DVCC
V2=5 V
DVCC V4=1 V
11
3.5
7
Current consumption
V3=5 V
fMOD=10 kHz,
fDEV= 75 k, 50 kHz
Jitter is 1 % for fMOD
50 Ω Termination
Input sensitivity
Input level
Vi1
Vil
2
2
–32
dBmV
RF=53.35 M to 302 MHz
frequency offset= 50 kHz
fMOD=10 kHz,
fDEV= 75 k, 50 kHz
Jitter is 1 % for fMOD
50 Ω Termination
+20 dBmV
RF=53.35 M to 302 MHz
frequency offset= 50 kHz
fMOD=10 kHz
∗1
Duty cycle
|TD|
V18
fDEV= 75 k, 50 kHz
Frequency offset= 50 kHz
0
6
%
fMOD=10 kHz
DATA SHAPER
input level
18
24
2
2
fDEV= 75 k, 50 kHz
Frequency offset= 50 kHz
130
260
1000 mVpp
Measurement on RFIN pin
SW1 : ON
Local OSC leakage
from RF input 1
LOleak1
LOleak2
–10 dBmV
RF=53.35 M to 169.5 MHz
Measurement on RFIN pin
SW1 : ON
Local OSC leakage
from RF input 2
24
2
–5
dBmv
RF=221.95 M to 302 MHz
RFamp bias current
Irf
27
24→27
24
1
3
RFVCC V1=5 V
RF=108.5 M
4.5
28
7
34
10
37
mA
dB
kΩ
pF
kΩ
pF
dB
dB
RFamp voltage gain
RFamp input resistance
RFamp input capacitance
Mixer input resistance
Mixer input capacitance
Mixer voltage gain
Grf1
I=7.5 mA, RF=100 MHz
Load Resistance=0 Ω
l=7.5 mA, RF=100 MHz
Load Resistance=0 Ω
rπ (rf)
Cπ (rf)
rπ (mix)
Cπ (mix)
Gmix
1.46
3.4
2.3
3.4
13
24
27
RF=100 MHz
RF=100 MHz
27
RF=108.5 MHz→
IF=10.7 MHz
27→10
24→10
4
5
9
17
∗2 NF
RF=108.5 MHz→
IF=10.7 MHz
RFamp+Mixer noise figure
6
rfmix
∗1
)
Note) 0 dBmV=1 mV, 0 dBµV=1 µV
0 dBmV=60 dBµV
T2
T1–T2
× 100 (%)
T1+T2
T1
0 dBm=47 dBmV
∗2
)
Noise figure is uncorrected for image.
—7—
SONY [ SONY CORPORATION ]
