RF5603 Datasheet, PDF (3/24 Pages) RF Micro Devices – 3.0V TO 5.0V, 3.3GHz TO 3.8GHz LINEAR POWER AMPLIFIER

RF5603
Parameter
Compliance WiMAX
IEEE802.6e, cont.
Current
Operating
Quiescent
I_REG
Leakage
Gain
Gain Variation Over Temperature
Low Gain Mode (Gain Reduction)
Specification
Min. Typ. Max.
580
700
370
420
5
10
0.5
1
31
34
37
±2.5
25
Power Detector
10
Input Return Loss
Output P1dB
Turn-On Time from Setting of V_REG
Thermal Data
Maximum Junction Temperature
for long term reliability, T_J Max
Thermal Resistance, Q_JC
Thermal Resistance, Q_J-Ref
Human Body Model
Charge Device Model
-15
32
0.5
150
23.7
29.7
29
-10
1
500
1000
Unit
Condition
Nominal Condition T=25 °C, V_CC=5.0V, V_REG=2.85V,
Freq=Full frequency range and duty cycle=37.09%
unless otherwise specified.
mA
mA
mA
uA
dB
±dB
dB
dBm
dB
dBm
s
At P_OUT=26dBm, V_CC=5.0V, across V_REG 2.75V to
2.95 V
V_CC=5.0V, V_REG=2.85V, RF=Off
Across all conditions
V_CC=5.0V, V_REG=0V, RF=Off
At Rated Output Power, across V_REG 2.75V to 2.95V
-40°C to +85°C
At V_CC=5.0V, V_REG 1 and 3=2.85V, V_REG2=Low and
Temp=25°C (In this mode the gain of the power ampli-
fier drops by TBD typical from its original gain)
Useable power detection range
With CW signal at V_CC=5.0V
Output stable to within 90% of final gain
°C
P_OUT=26dBm, V_CC=5VD_C, V_REG=2.85VD_C, T_REF = 85°C
°C/W
°C/W
V
V
P_OUT=26dBm, V_CC=5VD_C, V_REG=2.85VD_C, Junction to
bottom of QFN package. T_REF = 85°C
P_OUT=26dBm, V_CC=5VD_C, V_REG=2.85VD_C, Junction to
bottom of PCB. T_REF = 85°C
P_OUT=26dBm, V_CC=5VD_C, V_REG=2.85VD_C, Junction to
bottom of PCB. T_REF = 85°C
P_OUT=26dBm, V_CC=5VD_C, V_REG=2.85VD_C, Junction to
bottom of PCB. T_REF = 85°C
DS120213
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