In the realm of wireless communication, the efficiency and performance of radio frequency (RF) power amplifiers play a pivotal role. Customized RF power amplifiers are engineered to meet specific requirements, ensuring optimal performance for unique applications. These amplifiers are tailored to enhance signal strength, improve transmission quality, and extend the range of communication systems.
Linear Power Amplifier
In the dynamic world of wireless communication and signal processing, linear RF power amplifiers are essential components that ensure signal integrity and quality. These amplifiers are designed to amplify RF signals without distorting their original waveform, making them crucial for applications where signal fidelity is paramount. Linear RF power amplifiers are widely used in various industries, including telecommunications, and aerospace. Their ability to maintain linearity across a wide range of frequencies and power levels makes them ideal for complex modulation schemes and high-data-rate transmissions. By minimizing harmonic distortion and intermodulation, these amplifiers ensure that the transmitted signals are clean and accurate.
Time Division Duplex (TDD) Power Amplifiers
TDD RF power amplifiers are specifically designed to handle the unique demands of TDD systems. Engineered for precision, TDD RF power amplifiers offer excellent performance in terms of power output, thermal management, and signal integrity. They are built to withstand the rigorous demands of modern communication systems, ensuring reliable and consistent performance. By optimizing the amplification process, these amplifiers contribute to improved network capacity and coverage, making them indispensable in today's high-speed wireless communication infrastructure.
Work Frequency | 1433-1483MHz(Customizable) |
Work Bandwidth | 50MHz (Customizable) |
Output Power | 37/40±1dBm(Customizable) |
Gain | 45±1dB |
Gain Adjustment Range | ≥20dB |
Gain Adjustment Step | 1dB |
Gain Adjustment Error | ≤±1.5dB |
In-band Fluctuation | ≤2.0dB |
ACPR | ≤-40dBc |
Error Vector Magnitude | ≤3% |
Out-of-band Spurious | 9kHz~1GHz:≤-36dBm/30kHz |
Anti-burn Of Amplifier Output Port | |
I/O Standing Wave Ratio | ≤1.5 |
Gain | 20±1dB |
Gain Adjustment Range | ≥20dB |
Gain Adjustment Step | 1dB |
Gain Adjustment Error | ≤±1dB |
In-band Fluctuation | ≤2.0dB |
Noise Figure | ≤3.5dB |
I/O Standing Wave Ratio | ≤1.5 |
Max input undamaged level | 0dBm |
Work Voltage | DC+28V |
Work Current | ≤2.0A/2.8A |
Amplifier Power Supply RF Response | 1. Rising Edge+ Rising Edge Delay: ≤2.5us;(Rising time: from 10% of the max to 90% of the max;) |
Work Temperature | -25~+55℃ |
Relative Humidity (RH) | 5%~95%,non-condensing |
Storage Temperature | -40~+65℃ |