static latch: a latch without capacitor
dynamic latch: latch with capacitor
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A static latch operates by maintaining its output state when the clock is inactive, while a dynamic latch relies on a clock signal to control its operation. Dynamic latches typically require more complex circuitry and consume more power compared to static latches. Static latches are often used in synchronous designs, while dynamic latches are more common in dynamic logic circuits.
A spring latch is a type of door latch that uses a spring-loaded mechanism to keep the door closed. When the door is shut, the latch automatically engages a strike plate, securing the door in place. To open the door, you simply turn the handle or knob which compresses the spring and releases the latch mechanism.
A doorknob provides a lever arm that allows for easier application of force to retract the latch. It gives a better grip and allows for a more comfortable and ergonomic way to open the door compared to just using your fingers on the latch.
Latch.
Doorknobs typically consist of a handle, latch, spindle, and strike plate. When the doorknob is turned, the spindle rotates, retracting or extending the latch to either open or secure the door. The strike plate helps to guide the latch into position.
A doorknob provides a grip for the hand that allows for increased leverage when turning the latch. By rotating the knob, the mechanism inside the door is activated to either extend or retract the latch, making it easier to open or close the door.