Memory-in-pixel circuit simplifies LCD manufacturing complexity

The patent changes the fundamental parameter of circuit composition from CMOS to a simplified transistor-based circuit with specific configurations (first transistor with first electrode to first node, second transistor with first electrode to second node, etc.). This parameter change maintains the memory function while reducing manufacturing complexity by avoiding complex CMOS processes.

The patent segments the MIP circuit into distinct functional blocks: input circuit (with first and second input terminals), control circuit (with first and second control terminals), output circuit (with output terminal), and voltage terminals. This segmentation allows each part to be optimized independently and simplifies the overall manufacturing process compared to integrated CMOS implementation.

The patent implements dynamic control of the circuit elements through control terminals that can switch transistors on and off based on input signals. The first transistor and second transistor are dynamically controlled to connect or disconnect their respective first nodes and second nodes, enabling the circuit to adapt its power consumption to the operational requirements while maintaining a simple structure.

The circuit design allows the transistors and nodes to self-regulate their states based on the input and control signals received. The first transistor automatically connects the first node when its control condition is met, and the second transistor similarly controls the second node, eliminating the need for complex external control mechanisms while maintaining low power consumption.