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Power Amplifier 2~6GHz, 100W

Item No.: AVBR2060H50
The AVBR2060H50 is a 100W high gain Solid State Broadband High Power Amplifier. This amplifier module utilizes the latest high power RF GaN transistors and also features built in control and monitoring, with protection functions to ensure high availability. This amplifier is suitable for broadband jamming and EMC testing.
INQUIRY
Description
Features
2GHz-6GHz frequency range Solid-state Class AB Broadband design
Psat 50dBm type, 49dBm Min. Instantaneous ultra-broadband
Power gain 50 dB   Suitable for CW, and Pulse
50 ohm input/output impedance Small and lightweight
Built-in control, monitoring and protection circuits     High reliability and ruggedness
ELECTRICAL SPECIFICATIONS(T=25℃,DC Voltage= 28V, Load VSWR  1.2)
Description Symbol Min Typ   Max   Unit
Operating Frequency BW 2   6 GHz
Output Power CW @ Pin = 0dBm Psat 80 100   W
Power Gain @ Pin = 0dBm Gp 49 50   dB
Power Gain Flatness @ Pin = 0dBm ∆Gp   ±1.3 ±1.5 dB
Input Power for Rated PSAT PIN -2 0 2 dBm
Harmonics @ Pin = 0dBm 2nd /3rd   -20/-20 -13/-20 dBc
Spurious Signals@ Pin = 0dBm Spur   -70 -65 dBc
Input Return Loss S11     -10   dB
Third Order Intercept Point
2-Tone @ 40dBm/Tone, 100kHz Spacing*
 
IP3
   
N/A
   
dBc
Operating Voltage VDC 26 28 30 V
Quiescent Current @Enable=+3.3V IDQ   5   A
Current Consumption @Pout= 80~120 W IDD   13.5 15.5 A
Switching Time @ 1kHz TTL, Pin = 0dBm TON/TOFF   2 5 µs
 
Note*:IP3 or IMD3 data, please contact sales engineer.
 
MECHANICAL SPECIFICATIONS
Cooling External Heat Sink Needed (Not Supplied)
Length* Width*Height[ mm ] 240*240*25
Weight[ Kg ] ,Max 3
RF Connector Input SMA, Female
RF Connector Output N, Female
   
 
ENVIRONMENTAL SPECIFICATIONS
Module Operation Temperature*1 -20 65*
Storage Temperature Range     -45 85
Relative-Humidity   95 %
Altitude *2 N/A    
Vibration/Shock *2 N/A    
Notes *1: Module Operation Temperature can be extended to -45~80℃, Contact Sales for update.
Notes *1: Should Supply Adequate Heat Dissipation, Enough Fan and Heat-Sink is necessary during the Temp Test.
Notes *2: Altitude /Vibration are designed with considerations, but without tests and experiments.
 
LIMITS
Input RF drive level without damage Pin≤10        dBm
Load VSWR @ POUT =50W VSWR≤5:1[Design To Meet]        N/A
Load VSWR @ POUT =80W VSWR≤3:1[Design To Meet]        N/A
Thermal Degradation Module Surface=90±5℃ [recovery@<60]        
DC INTERFACE CONNECTOR – [Hybrid D-Sub 7-Pin, Male]
Pin # Description Specifications
A1 GND Ground
A2 VDD 28VDC
1 CURRENT SENSE Analog voltage relative to IDD @ 100mV per Ampere
2 TEMP SENSE Analog voltage relative to Module’s Temperature @ 10 mV/°C
3 ENABLE Amplifier Enable: TTL Logic High (3.3V) (Internally Pulled-Low)
4 GND Ground
5 N/C No Connection