Electrical Characteristics
DC Characteristics
Parameter
Current consumption 1
Current consumption 2
Input current pin 7H
Input current pin 7L
Input current pin 8H
Input current pin 8L
Input current pin 16H
Input current pin 16L
MODE high voltage
MODE low voltage
PSV high voltage
PSV low voltage
Symbol
ICC1
ICC2
ImodeH
ImodeL
IpsvH
IpsvL
IgctlH
IgctlL
VmH
VmL
VpsH
VpsL
Conditions
Vpsv = 3.0V, Vgctl = 1.5V, Pin 13, 14
Vpsv = 0 V, Vgctl = 1.5V, Pin 13, 14
Vmode = 3.0V
Vmode = 0.5V
Vpsv = 3.0V
Vpsv = 0 V
Vgctl = 3.0V
Vgctl = 0.5V
Pin 7
Pin 7
Pin 8
Pin 8
CXA3201N
(VCC = 3.0V, Ta = 27°C)
Min. Typ. Max. Unit
7 10.2 15 mA
10 27 50
1
–1
1 µA
–15
1
–1
2.5
0.5
V
2.5
0.5
AC Characteristics
Parameter
Symbol
Conditions
Operating frequency
range
Fr
Gain CDMA2.4
GCDMA2.4 Vmode = "H", f = 210.38MHz, Vgctl = 2.4V
Gain CDMA1.5
GCDMA1.5 Vmode = "H", Vgctl = 1.5V
Gain CDMA0.6
GCDMA0.6 Vmode = "H", Vgctl = 0.6V
CDMA Gain slope
GCLIN
Vmode = "H", Gain CDMA at Vgctl = 2.0V
– Gain CDMA at Vgctl = 1.0V
Gain FM2.4
GFM2.4 Vmode = "L", f = 85.38MHz, Vgctl = 2.4V
Gain FM1.5
GFM1.5 Vmode = "L", Vgctl = 1.5V
Gain FM0.6
GFM0.6 Vmode = "L", Vgctl = 0.6V
FM Gain slope
GFMLIN
Vmode = "L", Gain FM at Vgctl = 2.0V
– Gain FM at Vgctl = 1.0V
Input level 3rd order
intercept point
IIP3
Vmode = "H", GCDMA = 40dB∗1
f1 = 209.38MHz, f2 = 211.38MHz
Measure of 210.38MHz
Noise Figure
NF
Vmode = "H", GCDMA = 40dB∗1
Measure of 210.38MHz
∗1 Adjust GCTL voltage, and set the overall gain to 40dB.
(VCC = 3.0V, Ta = 27°C)
Min. Typ. Max. Unit
50
300 MHz
42 46 50
–7 –3 1 dB
–59 –55 –51
58 61 64 dB/V
42 46 50
–7 –3 1 dB
–59 –55 –51
58 61 64 dB/V
–42 –38
dBm
5 8 dB
–5–