RF High Power BroadBand Test Systems Power Amplifier Systems

RF High Power BroadBand Test Systems Power Amplifier Systems

Features:

Broad Band
High Power

Applications:

Wireless
Transmitter
Laboratory Test

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The power amplifier, as the main component of the RF front-end transmission channel, is mainly used to amplify the low-power RF signal generated by the modulation oscillation circuit, obtain sufficient RF output power, and achieve RF signal amplification of the transmission channel. The power amplifier comes with a switch, fan, and power supply, making it convenient and fast to use.

The working principle of the entire power amplifier mainly includes three processes:

Signal input, amplification, and output. Firstly, the input signal will enter the amplifier through the input interface. Next, after amplification by the gain module, the signal will be amplified to the required power level. Finally, the amplified signal will be output to the next receiver or antenna through the output port.

Its main technical indicators are output power and efficiency. How to improve output power and efficiency is the core design goal of RF power amplifiers. Usually, in RF power amplifiers, LC resonant circuits can be used to select the fundamental frequency or a certain harmonic to achieve undistorted amplification. In addition, the harmonic components in the output should also be as small as possible to avoid interference with other channels.
The complete RF power amplifier has a wide range of applications in the field of communication. Its main function is to enhance the ability of signal transmission to ensure the reliability and stability of the signal during transmission. For example, in the field of wireless communication, RF power amplifiers are widely used in devices such as mobile phones, televisions, and radio communication base stations to enhance signal transmission capabilities. In addition, the whole RF power amplifier is also an indispensable key equipment in radar, satellite communication and other fields.

Qualwave supplies Power Amplifier Systems from DC to 110GHz, and the power is up to 200W. The minimum gain is 15dB and the maximum input VSWR is 3:1. We offer a variety of power amplifiers systems to meet all your needs to RF, microwave, and millimeter-wave amplifier components.

Part Number	Frequency (GHz, Min.)	Frequency (GHz, Max.)	Psat (dBm, Min.	P1dB (dBm, Min.)	Gain (dB, Min.)	Gain Flatness (±dB, typ.)	Voltage (VDC)	VSWR (Max.)	Lead Time (weeks)
QPAS-20-500-40-50S	0.02	0.5	50	-	40	2.5	220	2	2~8
QPAS-20-2700-50-44S	0.02	2.7	44	-	50	2.5	220	2.2	2~8
QPAS-30-1000-40-47S	0.03	1	47	-	40	2.5	220	2	2~8
QPAS-108-400-55-54S	0.108	0.4	54	-	55	1.5	220	2	2~8
QPAS-200-2000-40-47S	0.2	2	47	-	40	2.5	220	2	2~8
QPAS-500-2700-51-50	0.5	2.7	-	50	51	2.5	220	3	2~8
QPAS-500-3000-50-50S	0.5	3	50	45	50	2.5	220	2	2~8
QPAS-600-6000-43-43S	0.6	6	43	-	43	4	220	2	2~8
QPAS-700-2000-40-40S	0.7	2	40	-	40	2	220	2	2~8
QPAS-700-2500-55-52S	0.7	2.5	52	-	55	2.5	220	2	2~8
QPAS-700-2700-50-50S	0.7	2.7	50	-	50	2	220	2	2~8
QPAS-1000-26500-20-18	1	26.5	-	18	20	2.5	220	2.6	2~8
QPAS-2000-6000-40-46S	2	6	46	-	40	3	220	2	2~8
QPAS-2000-18000-40-38S	2	18	38	-	40	2.5	220	2	2~8
QPAS-2000-18000-40-40S	2	18	40	-	40	3	220	2	2~8
QPAS-3300-4900-55-55S	3.3	4.9	55	-	55	1.5	220	2	2~8
QPAS-5000-6000-55-63S	5	6	63	-	55	1	220	2	2~8
QPAS-6000-18000-45-45S	6	18	45	-	45	2.5	220	2	2~8
QPAS-6000-18000-68-54S	6	18	54	-	68	5.3	220	2	2~8
QPAS-8000-12000-40-47S	8	12	47	-	40	2	220	2	2~8
QPAS-8000-18000-40-45S	8	18	45	-	40	2	220	2	2~8
QPAS-23000-25000-40-40S	23	25	40	-	40	2	220	1.8	2~8
QPAS-23000-25000-40-43S	23	25	43	-	40	2	220	1.8	2~8
QPAS-24000-43000-30-30S	24	43	30	-	30	3	220	2	2~8
QPAS-47000-51000-55-43S	47	51	43	-	55	4	220	1.6	2~8