Adaptive Dead Time Boost Regulator for Voltage Regulation

The patent implements dynamic operation mode selection by transitioning from fixed modes to adaptive modes that automatically adjust based on real-time voltage difference detection. The system dynamically switches between asynchronous, synchronous, and adaptive modes depending on the detected voltage conditions, making the regulator responsive to changing operating conditions rather than static.

The patent changes the operational parameters of the boost regulator by introducing adaptive dead time that varies with voltage difference. Instead of using fixed timing parameters, the system adjusts the dead time duration based on the detected voltage conditions, allowing optimal performance across different operating points without requiring multiple fixed-mode circuits.

The patent changes the timing parameters of the switching operation by implementing adaptive dead time that is adjusted based on voltage difference. This parameter adjustment allows the system to minimize the forward voltage drop losses in the diode structure by optimizing when the high-side switch is activated relative to the low-side switch, thereby reducing energy loss without fundamentally changing the device architecture.

The patent introduces feedback mechanisms that detect the voltage difference between input and output and use this information to adjust the dead time timing. This feedback loop allows the system to automatically compensate for diode forward voltage drop effects by adapting the switching timing to current operating conditions, thereby reducing energy losses dynamically.

The patent implements dynamic switching control that adapts the synchronous mode operation based on real-time voltage difference detection. Rather than operating in fixed synchronous mode, the system dynamically adjusts the timing and duration of synchronous switching using adaptive dead time, allowing it to maintain efficiency benefits while reducing control complexity in certain operating conditions.

The patent changes the switching timing parameters by introducing adaptive dead time that varies with voltage difference. This parameter adjustment allows the system to optimize the transition between conducting and non-conducting states, reducing the complexity of control while maintaining the efficiency benefits of synchronous mode by eliminating or minimizing diode forward voltage drop effects.

The patent directly addresses this contradiction by implementing adaptive dead time that changes as a function of voltage difference between input and output. The dead time parameter is dynamically adjusted based on detected voltage conditions, allowing the system to optimize energy efficiency across different operating points without requiring complex external control circuitry.

The patent enables the boost regulator to self-adjust its dead time parameter based on its own operating conditions. The system monitors its own voltage difference and automatically modifies the dead time timing accordingly, eliminating the need for external control systems while minimizing energy losses from suboptimal timing.