RRC94030-10 Datasheet, PDF (1/5 Pages) RFHIC – GaN Hybrid Power Amplifier

GaN Hybrid Power Amplifier RRC94030-10
Product Features
• Frequency from 9.3 ~9.5GHz
• High output power : 43dBm(Typ)
• High gain : 15dB(Typ)
• High efficiency
• High thermal stability
• Internally matched for ease of use
• 5% Duty Cycle, 100us Pulse Width
• Small Size & Light Weight
• Surface mount Hybrid type
Applications
• Radar System
Package Type : CP-8A
Description
The RRC94030-10 is designed for Radar system application frequencies from 9.3 ~ 9.5GHz and GaN HEMT technology has been used
that performs high breakdown voltage, wide bandwidth and high efficiency. RRC94030-10 has been designed 2 stages to have higher
Gain at the wide frequency range of 9.3 ~ 9.5GHz. GaN HEMT technology has been used to every amplifier in it for better reliability.
Since it is high efficiency amplifier, it can perform at max 5% duty cycle and 100us of pulse width. A droop feature is below 1dB for
long pulse usages.
Electrical Specifications @ Vds=48V, Ta=25°C, 50Ω System
PARAMETER
UNIT
MIN
TYP
MAX
CONDITION
Operating Frequency
MHz
9300
9400
9500
Operating Bandwidth
MHz
-
200
-
Output Pulse Power
W
-
20
-
Input Pulse Power
dBm
-
28
-
Power Gain
dB
-
15
-
Gain Flatness
dB
-
-
-
Duty Cycle
%
-
Pulse Width
us
-
Drain Efficiency
%
-
5
10
10
100
Idq1 = 50~70 mA
Idq2 = 30~50 mA
35
-
Amplitude Pulse Droop
dB
-0.5
0.5
1
Harmonics 1 to N
dBc
-
-20
-
Spurious Level
dBc
-
-
-60
Rise Time
ns
-
-
200
Fall Time
ns
-
-
200
Phase Deviation
˚
-20
-
20
Caution
The drain voltage must be supplied to the device after the gate voltage is supplied
Turn on : Turn on the Gate Voltage supply and last turn On the Drain voltage supplies
Turn off : Turn off the Drain Voltage and last turn off the Gate voltage
Note
1. Test Pulse conditions = 10us, 5%
2. Above electrical specifications is measured by connecting electrolytic condenser 200uF to DC. Please make sure that electrolytic condenser is
connected properly while testing the module.
Korean Facilities : 82-31-250-5078 / [e-mail]
US Facilities : 919-677-8780 / [e-mail]
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All specifications may change without notice
Version 1.0