EMC21L1004GN Datasheet, PDF (1/4 Pages) Eudyna Devices Inc – High Voltage - High Power GaN-HEMT Power Amplifier Module

Eudyna GaN-HEMT 10W _EMC21L1004GN
Preliminary
FEATURES
・High Voltage Operation : VDS=50V
High Voltage - High Power GaN-HEMT
Power Amplifier Module
・High Gain: 28.5dB(typ.) at Pout=22dBm(Avg.)
・Broad Frequency Range : 2110 to 2170MHz
・Proven Reliability
・Small and Low Cost Metal Base Package
DESCRIPTION
The EMC21L1004GN is a high-gain and wide-band 2-stage HIC
amplifier module with 50V operation.
This module is targeted for high voltage, low current operation in digitally
modulated base station. This product is ideally suited not only for W-
CDMA base station amplifiers but also other HPA while offering ease for
use.
Preliminary ^{ABSOLUTE MAXIMUM RATING (Case Temperature Tc=25oC)}
Item
Symbol
Rating
DC Input Voltage (Drain)
Vdd1,2
0 to +52
DC Input Voltage (Gate)
Vgg1,2
-7 to 0
Input Power
Pin
+20
Storage Temperature
Tstg
-40 to +100
Operating Case Temperature
Top
-20 to +85
RECOMMENDED OPERATING CONDITION (Case Temperature Tc= 25^oC)
Item
Symbol
Condition
DC Input Voltage (Drain)
Vdd1,2
50
DC Input Voltage (Gate)
Vgg1,2
-3
Input Power
Pin
<10
ELECTRICAL CHARACTERISTICS (Case Temperature Tc= 25^oC)
Item
Symbol
Condition
Limit
Min. Typ. Max.
Unit
V
V
dBm
o_C
o_C
Unit
V
V
dBm
Unit
Frequency
f
-
2.11
- 2.17
GHz
Linear Gain
Gain Deviation
Input VSWR
DC Input Current
DC Input Current
3rd Order Intermodulation
Distortion Ratio
DC Input Current
GL
d-Ga
VSWRi
Idd(DC)
Igg(DC)
IM3
Idd
Vdd1,2=50V
Vgg1,2=-3.0V
Pin=-10dBm
Vdd1,2=50V
Vgg1,2=-3.0V
Without RF
Vdd1,2=50V
Vgg1,2=-3.0V
Pout=22dBm(Avg.)
(Note 1)
26.0 28.5 31.0
-
0.2 0.5
- 1.5:1 2.5:1
-
210 250
-
6.0 15.0
- -47.0 -45.0
-
200 250
Note 1 : IM3 and Idd test condition as follows:
IM3&Idd : f0=2.135GHz, f1=2.145GHz W-CDMA(3GPP3.4 12-00) BS-1 64ch
67% clipping modulation(Peak/Avg.=8.5dB@0.01% probability(CCDF))
measured over 3.84MHz at f0-10MHz and f1+10MHz.
Note 2 : The RF parameters are measured with test fixture.
dB
dBp_p
-
mA
mA
dBc
mA
Edition 1.0
June 2005
1