RF Circuit Switching Around a Divider to Cut 6 GHz Power Loss

The patent implements dynamic switching between different circuit configurations using switches. The circuit can dynamically select between using the divider for multi-band handling or bypassing the divider to minimize power loss, depending on the operational requirements. This dynamic adaptability resolves the contradiction by making the system flexible rather than static.

The patent segments the radio frequency circuit into multiple paths: one path through the divider for frequency band separation, and another bypass path for direct signal transmission. This segmentation allows the circuit to handle multiple frequency bands when needed while avoiding power loss in other scenarios, thus resolving the technical contradiction.

The circuit employs dynamic switching mechanisms that allow it to adapt between different operational modes. When unlicensed band support is required, the divider path is activated; when transmission signal quality is prioritized, the bypass path is used. This dynamic behavior resolves the contradiction between adaptability and reliability.

The patent applies different circuit configurations to different signal paths locally. The divider is used only where frequency band separation is needed, while other paths maintain direct connections for high-quality transmission. This localized application of different circuit qualities resolves the contradiction by optimizing each path for its specific function.

The circuit implements dynamic path selection that switches between the divider path and bypass path based on operational requirements. When high output power is needed for extended communication range, the bypass path minimizes power loss. This dynamic adaptation resolves the contradiction between achieving high output power and minimizing energy loss.

The patent extracts the problematic divider component from the signal path when high power transmission is required. By providing a bypass path that removes the divider from the critical 6-GHz transmission path, the system eliminates the source of power loss while maintaining the capability to use the divider when frequency band handling is needed, thus resolving the technical contradiction.