200-300Mhz 50 watt anti-drone digital source VCO power amplifier amplifier

High-efficiency Output
Our digital source power amplifier adopts Class D amplification technology to achieve an energy conversion efficiency of up to 95%. Compared with the traditional Class AB amplifier with an efficiency of only 50-70%, our products consume less energy at the same output power. For example, when outputting 1000W of power, our amplifier only consumes about 1050W of electrical energy, while traditional amplifiers may require 1400-2000W. This not only reduces operating costs, but also reduces heat dissipation requirements.

Good Sound Quality
By using 24-bit/192kHz digital-to-analog converters and digital signal processing algorithms, we have achieved an ultra-low total harmonic distortion plus noise index (only 0.003%). This means that even at high volume, the sound remains clear and pure without obvious distortion. We also use advanced feedback correction technology to effectively suppress switching noise, so that the signal-to-noise ratio (SNR) of this product reaches 120dB, which is far higher than many high-end analog amplifiers.

Multiple Interfaces
The digital source power amplifier is equipped with a variety of input and output interfaces. In addition to the common XLR and RCA analog inputs, we have also integrated Ethernet interfaces and Wi-Fi modules to support remote control and audio streaming over the network. This allows our products to be easily integrated into a variety of professional audio systems, whether traditional analog equipment or modern network audio systems.

Good Heat Dissipation
The digital source power amplifier uses a combination of phase change material (PCM) and liquid cooling technology to dissipate heat. Under normal load, PCM can absorb excess heat and keep the operating temperature of the device at around 35°C. When high power output is continuously maintained, the liquid cooling system automatically starts and can reduce the temperature by 15°C within 5 seconds. Even if the amplifier runs at full power for 8 hours at room temperature, the core temperature will not exceed 60°C, which is 20°C lower than the traditional air cooling system.