Multi-Core Array RF Receiver Circuit Redundancy Reduction

The patent merges multiple separate receiver circuits into a single integrated receiver that can process signals from multiple radio frequency coils simultaneously. The receiver includes a plurality of receiving coils and a shared circuit configuration that processes signals from all coils, eliminating the need for separate circuits for each channel while maintaining full signal processing capability.

The receiver is designed with universal functionality to handle signals from multiple nuclei types (1H, 19F, etc.) and multiple receiving coils through a single integrated circuit. The circuit can be configured to receive signals from different coils and process different nuclei types without requiring dedicated separate circuits, achieving multi-functionality with a single system.

The patent combines multiple channel-specific processing functions into a single integrated receiver circuit that can be manufactured as one unit. This merging approach maintains the ability to process signals from different channels with appropriate filtering and amplification while significantly reducing the overall system cost compared to manufacturing and assembling separate circuits for each channel.

The receiver employs universal circuit elements that can handle multiple channel requirements through software or control-based configuration. The single circuit design includes configurable filters and amplifiers that can be adjusted to process signals from different channels and nuclei types, achieving channel-specific processing without requiring separate hardware circuits for each channel.

The patent merges the reception and initial processing of multiple nuclei signals into a single integrated receiver circuit. The receiver simultaneously captures signals from different nuclei types (1H, 19F, etc.) and performs initial filtering and amplification in a unified processing path, reducing the complexity that would arise from having separate processing chains for each nuclei type.

The receiver employs segmented filtering and processing stages that can be independently configured for different nuclei types. The circuit includes configurable band-pass filters and amplifiers that can be selectively activated for different nuclei, allowing comprehensive spectral information to be captured while managing processing complexity through modular, configurable stages rather than fully integrated monolithic processing.