Frequency: 2700-3100MHz
Pout: >500W
Modulation Type: Pulsed
Working Voltage: 28VDC
| 
 Place of Origin:  | 
 Shenzhen, China  | 
| 
 Brand Name:  | 
 YONLIT, OEM,ODM  | 
| 
 Model Number:  | 
 HPP57(2.7-3.1GHz)  | 
            
          Feature:
Applications:
For Phased Array RADAR, Electronic warfare, electronic countermeasure, SDR,
Description
• Any malfunction or damage to the amplifier caused by improper operation that violates the following instructions will not be covered by the warranty.
• Please notice that the Pin (peak) is completely different from Pin (average). 200 µs, 20%, 6dBm Pin (peak) is actually -1dBm Pin (average).
• PA should operate on an appropriate radiator, and it's recommended to paste the silicon grease in between. Otherwise, PA would be shut down by high temperatures;
• PA’s output port cannot open or short;
• PA’s output port should connect to a proper load (Load: Either an attenuator connects with a power meter or an antenna. The VSWR of the load should be less than 1.3);
• The Pin range and polarity of the power supply must be correct;
• Verify and ensure the input signal with instruments that comply with the following requirements:
Frequency: 2.7-3.1GHz
Pulse duty: < 20%e
Pulse width: <200µs
Pin: 3-6dBm(peak)
• Pout probably is lower the rated power if the Pin is lower than 3dBm; PA probably is damaged if the Pin is higher than 15dBm;
• Ensure that the power supply voltage meets 48VDC ± 1VDC;
• Ensure that all of the above requirements are met. Turn on the power switch then the amplifier can work properly.
Specifications:
No.  | 
Item  | 
Specification  | 
|
1  | 
Frequency  | 
2.7 -2.9GHz  | 
|
2.9-3.1GHz  | |||
2.7-3.1GHz  | |||
3.1-3.4GHz  | |||
3.1-3.5GHz  | |||
customized  | |||
2  | 
Pout (Pulse ,Peak)  | 
2.7 -2.9 GHz  | 
57dBm±1dB (500W)  | 
2.9-3.1GHz  | 
57dBm±1dB (500W)  | 
||
2.7-3.1GHz  | 
56dBm±1dB (400W)  | 
||
3.1-3.4GHz  | 
56dBm±1dB (400W)  | 
||
3.1-3.5GHz  | 
55dBm±1dB (300W)  | 
||
3  | 
Pin  | 
3-6dBm (Pulse, Peak)  | 
|
4  | 
Max Pin ( undamaged level)  | 
10dBm (Pulse, Peak)  | 
|
5  | 
Pulse width  | 
<200 us  | 
|
6  | 
Pulse Duty cycle  | 
<20%  | 
|
7  | 
Pulse Rise/Fall time  | 
<100 ns  | 
|
8  | 
RF IN/OUT VSWR  | 
<2  | 
|
9  | 
Harmonic suppression  | 
50dBc  | 
|
10  | 
Spurious emission  | 
50dBc  | 
|
11  | 
Working temperature  | 
-25℃ to 65℃  | 
|
12  | 
RF IN Connector  | 
SMA-Female  | 
|
13  | 
RF OUT Connector  | 
N-Female  | 
|
14  | 
Ic (Quiescent)  | 
0.5-0.8A  | 
|
15  | 
Ic (Working Average)  | 
<4-5A  | 
|
16  | 
Supply voltage  | 
48VDC±1VDC  | 
|
17  | 
Dimension  | 
220*150*50mm  | 
|
18  | 
Protection  | 
* Shutdown over High-VSWR and Auto-restart  | 
|
Shutdown over High-Temperature and Auto-restart  | |||
I/O Port (DB15 Female)
| 
 *PIN6: Pulse Switch (+5V: ON; Hang in air or 0V : OFF) *PIN9: +5V (out) PIN6 and PIN9 is connected (default)  | 
PIN7: Pr (Reversed RF Power )  | 
PIN10:Pf (Forward RF Power )  | 
PIN11: Enable PA (5V: PA OFF; Hang in air or grounding: PA ON)  | 
PIN12:TA (Temperature alarm, Alarm: 5V; Normal: 0V)  | 
*PIN13: VA (VSWR Alarm, Alarm: 5V; Normal: 0V)  | 
PIN14:Tc (Temperature: 0.01V/1℃, 0.75V @25 ℃)  | 
PIN15: GND  | 
PIN1-PIN5, PIN8: NC.  | 
 
Remarks:
1:PA should be fixed on flat Radiator with screws (thermal grease) .
2:Input level of PA should be 2.9-3.1GHz, Pulse duty <20%, Pulse width <200us, 3-6dBm; otherwise PA maybe broken.
3:PA should connected to load before Power on PA ; otherwise PA maybe broken。
4. Instructions
Any malfunction or damage to the amplifier caused by improper operation that violates the following instructions will not be covered by the warranty.
• Please notice that the Pin (peak) is completely different from Pin (average). 200 µs, 20%, 6dBm Pin (peak) is actually -1dBm Pin (average).
• PA should operate on an appropriate radiator, and it's recommended to paste the silicon grease in between. Otherwise, PA would be shut down by high temperatures;
• PA’s output port cannot open or short;
• PA’s output port should connect to a proper load (Load: Either an attenuator connects with a power meter or an antenna. The VSWR of the load should be less than 1.3);
• The Pin range and polarity of the power supply must be correct;
• Verify and ensure the input signal with instruments that comply with the following requirements:
Frequency: 2.9-3.2GHz
Pulse duty: < 20%e
Pulse width: <200µs
Pin: 3-6dBm(peak)
• Pout probably is lower the rated power if the Pin is lower than 3dBm; PA probably is damaged if the Pin is higher than 15dBm;
• Ensure that the power supply voltage meets 48VDC ± 1VDC;
• Ensure that all of the above requirements are met. Turn on the power switch then the amplifier can work properly.