74ALVT16823DGGS

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Flip flops are electronic elements that are used to store logic states as well as transfer signals between clock cycles. The 74ALVT16823DGGS is a 3-state, dual supply universal asynchronous static register flip flop, which can be used in many applications in the realm of electronics. It is designed to be used in applications where low power consumption is a key requirement, using the low-voltage 0.4V and 1.65V threshold devices.

The 74ALVT16823DGGS uses a two-stage CMOS process and has an output driving capability of 8mA in open drain configurations or 12mA in push-pull mode. It is a universal flip flop, meaning that its inputs are identical, making it easier to use in designs. It has a combined power dissipation rating of 700mW, making it a reliable, low-power solution.

The 74ALVT16823DGGS can be used in various applications such as sequential logic, data storage and signal timing. It is especially useful in designs that require low power consumption and reliable signal accuracy. It can be used in a wide range of electronics, such as computer circuitry and communication systems.

The 74ALVT16823DGGS works by storing a signal when a voltage is applied to its input. When the voltage is removed, the signal is maintained, regardless of the original input. This is because the 74ALVT16823DGGS operates in a static mode, meaning that the signal is not affected by any changes in the input voltage, only by the static state of the flip flop itself. This ensures reliable signal integrity and low power consumption, making the 74ALVT16823DGGS a great choice for designs where low power is a priority.

In summary, the 74ALVT16823DGGS is a universal asynchronous static register flip flop, designed specifically for applications where low power consumption is of paramount importance. Its two-stage CMOS process and output driving capability make it a reliable, low-power solution for a wide range of applications. Its static mode of operation ensures that signals remain accurately stored in the flip flop, even when the input voltage is removed, which makes it an ideal choice for circuits and systems where reliability is key.

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