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In film editing, a synchronizer is a device for aligning multiple film strips in a replay or editing device. In computer science , a synchronizer is an algorithm that can be applied to a synchronous distributed algorithm to produce a version that operates in asynchronous networks.
synchronizer designs. Design of synchronizer depends on performance level needed. Basic synchronizer of back-to-back FFs is the core design all others are based on.
synchronizer. noun. an instrument that indicates whether two periodic motions are synchronous (especially an instrument that enables a pilot to synchronize the propellers of a plane that has two or more engines) synonyms: synchroniser, synchronoscope, synchroscope. see more.
A synchronizer, or "synchro," lets the collar and gear synchronize their speeds while they're already in contact but before the dog teeth engage. Each manufacturer's synchro is slightly different than the others, but the basic idea is the same.
In a manual transmission, the synchronizers change the speed of the input shaft so that you can shift gears without grinding.0:00 Gear operation0:34 Synchron...
May 5, 2020 · The circuits which accept the input that can change at arbitrary times and produces output with a nonzero probability of Metastability are Synchronizers. The sequential logic elements are mainly characterized by the setup and hold times.
Jul 14, 2018 · Manual Transmission Synchronizer Operation Explained.
Jul 1, 2005 · A synchronizer or blocking ring works as a friction device much the same as brakes and clutches. These components, through friction and pressure, turn motion (kinetic energy) into heat and slow or accelerate a moving shaft.
A synchronizer, shown in Figure 3.52, is a device that receives an asynchronous input D and a clock CLK. It produces an output Q within a bounded amount of time; the output has a valid logic level with extremely high probability.
Synchronizer circuits, which guard against metastability, are becoming ubiquitous with the proliferation of timing domains on a chip. Despite the critical importance of reliable synchronization, this topic remains inadequately understood.
