Starter Delay Circuit for Battery Voltage Stability

A delay circuit is introduced as an intermediary component between the first and second electromagnetic switches. This delay circuit automatically controls the timing of the second switch to close after the first switch, providing the precise delay needed without complex control mechanisms. The delay circuit acts as a mediator that manages the current suppression timing, ensuring the second current peak does not exceed the first current peak while maintaining battery terminal voltage stability.

The delay circuit is designed to automatically determine and execute the optimal delay time without requiring external control or complex timing mechanisms. The circuit self-regulates the timing of the second electromagnetic switch based on the state of the first switch and the motor circuit, providing stable current suppression and voltage drop reduction while keeping the control mechanism simple and self-contained.

The delay circuit is designed to automatically adjust its delay time based on changing operating conditions such as temperature and motor reverse voltage. By changing the delay time parameter dynamically, the circuit adapts to varying conditions without requiring complex sensing or control mechanisms. This allows the simple delay circuit to maintain effective current suppression across different temperature and voltage conditions, achieving adaptability while keeping manufacturing costs low.