SY10EP51VKC

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The SY10EP51VKC is a 3-state non-inverting buffered D type Flip Flop, which includes output enable control feature, implemented in MOS technology. This type of Flip Flop uses a bistable latch to store data and also has direct clear capability logic families. It is commonly used in synchronous logic applications.

This Flip Flop is used to store binary data, like a toggle switch; it either holds a set or reset state and it can stay in either state indefinitely until new data is presented. In other words, this Flip Flop is used to buffer, latch or store binary data.

This type of Flip Flop also consists of two data inputs D and C = Clear. There are also two outputs, OUT and OUTE. The D-input is the clock data input. The C = Clear input, is used to asynchronously clear the Flip Flop. The OUT output is an active high-output. The OUTE output is used to enable or disable the OUT output.

The SY10EP51VKC Flip Flop typically has two possible operations – either normal (default) or reset mode. In normal operation, data is transferred from the input to the output (D-input to OUT output) when the active clock pulse is applied. When the C - Clear input is set to low, the Flip Flop resets. The OUTE output is always at high during reset mode.

The SY10EP51VKC Flip Flop can be used in multiple types of application fields. It can be used in applications such as voltage or frequency monitors, register initialization, alarm systems, and memory address decoding, just to name a few. It can also be used in counters, registers and shift registers, logic systems and arithmetic circuit.

In terms of its working principle, the SY10EP51VKC Flip Flop works based on two main types of signals. The first signal controls the data flow from inputs D to the output pins, and the second signal is used to synchronize the transfer of data from D to the output. Clock signal is applied to the clock input and data is applied to the D-input. The data will then be transferred on a change in the clock signal, when the transition of the clock signal takes place. Additionally, the C-Clear input is used to asynchronous clear the Flip Flop.

In conclusion, the SY10EP51VKC is a 3-state non-inverting buffered D type Flip Flop. It is widely used in synchronous logic applications and various application fields. It uses two main types of signals to transfer data from D-input to output pins, with the second signal used to synchronize the process. Asynchronous clear is also enabled on the C = Clear input.

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