Receiver Front-End

A: A noise figure ≤5dB minimizes signal degradation when capturing weak satellite downlink signals, especially in long-distance or low-orbit satellite links. This ensures the downstream receiver can decode signals accurately, reducing data loss or transmission errors.

A: The blank protection function receives an external blanking signal and immediately interrupts the RF link (by powering off the module) to protect downstream components from harmful signals (e.g., high-power jamming, accidental signal surges). It is critical for military or mission-critical systems where component damage could cause system failure.

A: Yes. It is designed as an industrial-grade product, with amplitude consistency better than ±1dB and phase consistency ＜±15° across -40℃～+60℃-suitable for outdoor satellite ground stations, airborne systems, or other environments with large temperature fluctuations.

A: We recommend calibration every 6 months (or after significant temperature changes) to maintain performance stability. No external tools are needed- the product supports built-in calibration via the power/control interface, with a calibration guide provided in the application notes.

A: Yes. The D360S12F06 is a standard high-frequency connector, compatible with most 50Ω RF coaxial cables (e.g., RG-405, RG-174) with matching D360S12M06 plugs. We can provide a list of recommended cable suppliers upon request.

A: The built-in limiter diodes will absorb excess power to protect the internal amplifier and filter components. However, prolonged input power above 25dBm may damage the limiter diodes-we recommend monitoring input power levels and using external attenuators if necessary.

A: Yes. Self-test results (e.g., "normal/fault", gain deviation, noise level) can be transmitted via the XS6-5P power/control interface to a remote control system. We provide a standard communication protocol manual to facilitate integration with your monitoring platform.

A: Typical power consumption is ≤15W (DC 12V～18V, specific voltage range available in the datasheet). This low power design makes it suitable for battery-powered or energy-constrained systems (e.g., portable electronic intelligence devices).

A: Yes. Its 6～18GHz frequency range covers key 5G millimeter-wave bands (e.g., 26GHz, 28GHz are outside this range, but 6～18GHz is widely used for 5G backhaul test). The low spurious level (≤-110dBm) ensures accurate test results without interfering with the DUT (Device Under Test).