| Customization: | Available |
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| Color: | Gray |
| Size: | 140.99*75.47*18mm |
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Super Wideband Jamming Frequency Band Source Anti Drone Module 400MHz-6GHz
1, Product Introduction
The characteristics of a super wideband jamming source include:
Broad Frequency Coverage: The super wideband jamming source can cover a wide range of frequencies, enabling it to effectively counter signals across various frequency bands.
High Adaptability: This jamming source can adapt to different signal environments, effectively suppressing communication signals, clutter, and active jamming in complex electromagnetic environments.
Significant Impact of Center Frequency: The center frequency of the jamming signal has the most significant impact on the impulse signal, especially when the center frequency of the jamming signal is consistent with the maximum spectral value of the UAV signal.
Optimized Signal Processing: The use of optimized algorithms such as improved singular spectrum analysis can effectively extract pulse components, reducing the impact of jamming on UAV detection systems.
Anti-Jamming Capability: Achieving anti-jamming capabilities through specific technical means, such as simple correlation matching, to maintain some communication capabilities even under strong jamming.
Strong Signal Penetration: Due to its low transmission power characteristics, signals from the super wideband jamming source can penetrate obstacles, effectively jamming concealed or shielded targets.
Low Probability of Intercept: The super wideband jamming source transmits data using non-sinusoidal narrow pulses, making its signals difficult to intercept and identify by adversaries.
High Precision in Positioning and Imaging: Super wideband technology offers high-precision positioning and imaging capabilities, enabling accurate target location and imaging in complex environments.
Low Power Consumption: Compared to other communication technologies, the super wideband jamming source typically has lower power consumption, suitable for long-term deployment and use.
High Data Transfer Rate: The super wideband jamming source can achieve high-speed data transmission, which is very useful for applications that require rapid exchange of large amounts of data.
Challenging: Despite many advantages, the super wideband jamming source also faces some challenges, such as free-space loss and molecular absorption during wireless transmission, which need to be addressed through technological innovation.
2, Functional highlight
| Product Name | RF power amplifier module (GaN) |
| Frequency | 900MHZ (810-900/860-930/800-900/750-850/900-1000) |
| Output Power | 50W |
| Frequency and Power Customization | Support |
| Max Gain | 47 dBm |
| Voltage | 24-32V |
| Product Size | 29.7*131*15.5mm |
| Product Weight | 183 g |
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