RF6509 Datasheet, PDF (3/12 Pages) RF Micro Devices – 2.7V TO 3.6V MODULE FOR INTEGRATION WITH 900MHz SMART ENERGY AMI

RF6509
Parameter
LNA Section (continued)
LOW GAIN MODE
Specification
Min.
Typ.
Max.
Gain
Noise Figure
Supply Current
LNAV_CC Voltage
LNAV_REF Logic Level HIGH
LNAV_REF Logic Level LOW
LNAV_SEL Logic Level HIGH
LNAV_SEL Logic Level LOW
Power Down Current
-6
6
3
2.7
3.0
2.7
3.0
0.0
0.3
1.8
3.0
0.8
10
Transceiver Switch Section
Insertion Loss TXin-PAin
0.9
1
1.1
Isolation TXin-PAin
25
27
TXin/RXout Return Loss (Thru
path)
TXin/RXout Return Loss (Transmit
path)‘
TXin/RXout Return Loss (Receive
path)
Switch Control Logic HIGH
2.7
Switch Control Logic LOW
0.0
Switch Control Current
-15
3.0
13.0
-14
-9
-9
0.4
15.0
Unit
Condition
LNAV_CC = 3.0V, LNAV_REF = 3.0V, LNAV_SEL =
0.0V, PA_BIAS = 0.0V, PAV_REG = 0.0V
dB
dB
mA
V
V
V
V
V
A
LNA_EN = LOW, LNAV_SEL = LOW
dB
V_1S1 = 3.0V, V_2S1 = 0.0V, V_3S1 = 0.0V
dB
V_1S1 = 0.0V, V_2S1 = 3.0V, V_3S1 = 0.0V or
V_1S1 = 0.0V, V_2S1 = 0.0V, V_3S1 = 3.0V
dB
V_1S1 = 0.0V, V_2S1 = 3.0V, V_3S1 = 0.0V and
V_1S2 = 0.0V, V_2S2 = 3.0V, V_3S2 = 0.0V
dB
V_1S1 = 3.0V, V_2S1 = 0.0V, V_3S1 = 0.0V and
V_1S2 = 0.0V, V_2S2 = 0.0V, V_3S2 = 3.0V
dB
V_1S1 = 0.0V, V_2S1 = 0.0V, V_3S1 = 3.0V and
V_1S2 = 3.0V, V_2S2 = 0.0V, V_3S2 = 0.0V
V
V
A
DS121128
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