50W 1.5G RF Power Amplifier Module – Advanced Performance for Anti-Drone Systems

Description

Low-Frequency Narrowband Series

1. Frequency Range: Low frequency mainly refers to the VHF (30-300 MHz) / UHF (300-3000 MHz) bands or L Band (1-2 GHz) / S Band (2-4 GHz). Narrowband generally indicates a bandwidth of about 100 MHz. The higher the center frequency, the larger the bandwidth tends to be; conversely, the lower the center frequency, the smaller the bandwidth. For example, a narrowband at 2.45 GHz can have a bandwidth of up to 200 MHz, while a narrowband at 200 MHz may have a reduced bandwidth of around 80 MHz.
2. Custom Frequency Distribution: Specific frequency distributions can be customized to meet requirements (including 3-4 GHz). The layout dimensions for different frequency bands may vary. The following lists general data for reference.
3. Chip Efficiency: This series exclusively uses domestically produced high-efficiency GaN chips (two-stage link). The efficiency values referenced below are general conservative estimates and may fluctuate based on specific designs.

Low-Frequency Broadband Series

1. Frequency Range: Low frequency mainly refers to the VHF (30-300 MHz) / UHF (300-3000 MHz) bands or L Band (1-2 GHz) / S Band (2-4 GHz). Broadband generally indicates a bandwidth of 200-300 MHz. It is not recommended to increase the bandwidth beyond 400 MHz; for 400-1700 MHz, designs can be customized based on actual requirements and device capabilities.
2. Custom Frequency Distribution: Specific frequency distributions can be customized to meet requirements (including 2-4 GHz). The layout dimensions for different frequency bands may vary. The following lists general data for reference.
3. Chip Efficiency: This series exclusively uses domestically produced high-efficiency GaN chips (two-stage link). The efficiency values referenced below are general conservative estimates and may fluctuate based on specific designs.

High-Frequency Series

1. Frequency Range: High frequency mainly refers to the C Band (4-8 GHz) range. Due to the relatively low bandwidth pressure at high frequencies, both broadband and narrowband can be covered.
2. Higher Frequency Options: For higher frequency bands, such as X Band or Ku Band, please consult for specific details.
3. Custom Frequency Distribution: Specific frequency distributions can be customized to meet requirements (including 4-5 GHz). The layout dimensions for different frequency bands may vary. The following lists general data for reference.
4. Chip Efficiency: This series exclusively uses domestically produced high-efficiency GaN chips (two-stage link). The efficiency values referenced below are general conservative estimates and may fluctuate based on specific designs.