RF5602 Datasheet, PDF (6/27 Pages) RF Micro Devices – 3.0V TO 5.0V, 2.3GHz TO 2.7GHz LINEAR POWER AMPLIFIER

RF5602
Parameter
Power Supply
Operating Voltage
Current Consumption
Power Down Current
Leakage Current
Specification
Min. Typ. Max.
3 to 5
410
600
175
225
400
475
160
210
350
400
150
180
10
0.2
1
V_REG Voltage (at Eval Board VREG
2.8
2.9
3
pin)
Thermal Data
Maximum Junction Temperature for
long term reliability, Tj Max
5
10
150
Thermal Resistance, jc
22
Thermal Resistance, j-Ref
ESD
Human Body Model
Charge Device Model
28
500
750
Unit
Condition
V
mA RF P_OUT = +26dBm and V_CC = 5.0V (Over V_REG and fre-
quency)
mA Idle Current, No RF and V_CC = 5.0V (Over V_REG and fre-
quency)
mA RF P_OUT = +25dBm and V_CC = 4.2V (Over V_REG and fre-
quency)
mA Idle Current, No RF and V_CC = 4.2V (Over V_REG and fre-
quency)
mA RF P_OUT = +23.5dBm and V_CC = 3.3V (Over V_REG and fre-
quency)
mA Idle Current, No RF and V_CC = 3.3V (Over V_REG and fre-
quency)
mA P_DOWN = Low, V_REG = High (I_CC + I_BIAS + I_REG)
mA V_REG = P_DOWN = 0V, V_CC = 3.3V, RF = OFF (I_CC + I_BIAS +
I_REG)
V_DC Higher V_REG voltage is possible but with adjusting the
series resistors to keep the voltage constant at VREG pin
of the Eval board at R1, R2 and R3
mA I_REG Current
°C
°C/W
°C/W
P_OUT = 26dBm, Using a standard IEEE802.11g wave-
form, 54Mbps, 64QAM Duty Cycle = 100%, V_CC = 5VDc,
V_REG = 2.85VDc. T_REF = 85°C
P_OUT = 26dBm, Using a standard IEEE802.11g wave-
form, 54Mbps, 64QAM Duty Cycle = 100%, V_CC = 5VDc,
V_REG = 2.85VDc, Junction to bottom of QFN package.
T_REF = 85°C
P_OUT = 26dBm, Using a standard IEEE802.11g wave-
form, 54Mbps, 64QAM Duty Cycle = 100%, V_CC = 5VDc,
V_REG = 2.85VDc, Junction to bottom of PCB. T_REF = 85°C
V
V
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DS120213