SN74ABT374ADW

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Flip flops are an important tool for transitioning between two (digital) states in the field of digital logic. They are used in applications that require a memory device to store binary data, like a computer flip flop circuit. The SN74ABT374ADW is a type of flip flop circuit used in digital systems.

The SN74ABT374ADW is a hex-inverting Flip-Flop with three-state outputs. It is used in many applications, such as data synchronisation and storage, multiplexers, counters, shift registers, or multiplexing and demultiplexing applications. In addition, this device has different features such as parallel output and data set/reset capability. The device has both active high and active low control inputs to latch or transfer data from one output condition to another.

The chip contains six individual data latches, each one having a single data-input D and a single data-output Q. It also contains two active high Clock inputs, two active low Clock inputs, two active low Set inputs, two active high Clear inputs, two active low Preset inputs, and two active high Output Enable inputs. All these inputs are connected together in a parallel fashion.

The two active high Clock bits are used to initiate the data transition by latching the data on the rising edges. The data will remain latched in the circuit during the low-level pulses between the clock edges. The two active low Clock bits are used to clear the data by setting the data to zero on a low-level pulse of the Clock which is connected to them. The two active low Set bits are used to directly set the latches to the active high logic state on a low-level pulse together with the Clock. The two active high Clear bits clear the latches to the logic low state on a high-level pulse together with the Clock.

The two active low Preset bits are used for the preset function, which will be performed on a low-level pulse together with the Clock. The two active high Output Enable bits are used for the output control. When enabled, the outputs will be in the active high logic state and when disabled, the outputs will be in the high impedance or three-state mode. The outputs will remain disabled until the output-enable line gets an active high logic level pulse.

In conclusion, the SN74ABT374ADW is a versatile logic device which can be used in many applications ranging from data synchronization and storage to counters, shift registers, and multiplexing. It is a very reliable and highly integrated device due to its active-high and active-low data latch capability and its active-high and active-low output enable capability. It is ideal for applications which require multiplexing and demultiplexing, data synchronization and storage, and counter, shift register application.

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