SN74ABT16823DL

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The SN74ABT16823 is a high-speed, high-performance CMOS device, belonging to the extensive line of advanced high speed CMOS logic circuits from Texas Instruments. It offers two functions: Triple 9-bit D-type flip-flop and non-inverting 3-state buffer. The flip-flop feature three independent 8-bit latches with common data input terminal, clock, output enable and triple 3-state output buffer with non-invert circuit. It has a supply voltage of 5V.

The SN74ABT16823 leverages many of the popular features of CMOS logic circuitry, including low power consumption and the ability to operate at high speeds without causing unwanted destruction of the circuit. This is achieved through finely tuned circuitry that is able to control power consumption while delivering quality performance. The device also offers a wide range of integration options, which allows users to be more flexible in their design.

The SN74ABT16823 is a high-speed and high-performance CMOS device. It works on a three-level architecture enabling it to function at fast speeds. The device is composed of 9-bit D-type flip-flop and non-inverting 3-state buffer control circuits. It is designed to transfer data between two or more systems with different logic states and provide an interface signal by utilizing latched memory locations.

The SN74ABT16823 operates at a supply voltage of 5V, and also supports partial power down operation. This reduces the device power-efficiency and enhances the circuit\'s performance by providing low power state. Furthermore, it features a low “End of Cycle” output for clock design. This ensures that the device is completely disabled until the next cycle so that it consumes minimal power.

Applied in the application field of logic, the SN74ABT16823 is especially suitable for operation in asynchronous communication networks such as I2C and 3-wire. Other applications include data synchronization, memory clock synchronization, memory expansion, data transmission, data output, data logging and bus control. It also supports buffering, re-timing and synchronization of clocking data.

Looking closely at its working principle, the SN74ABT16823 consists of a reset terminal, a 9-bit D-type flip-flop, non-inverting 3-state buffer control circuits, a clock terminal and an output enable terminal. It is designed to provide 3 logic states for each signal. The logic state is controlled by the flip-flop, which is reset on the rising edge of the reset terminal. The flip-flop holds the data until the next data is loaded on the rising edge of the clock terminal. The output enable terminal is used to avoid multiplexing or buffering of the signal before it is sent to the output.

The data that is entered is stored in the flip-flop, and is retained until the next data is entered. The data loaded into the flip-flop is transferred to the output terminals by applying the output enable signal. The data at the output terminals is determined by whether the output enable terminal is at ‘1’ or ‘0’. If the output enable terminal is ‘1’, the data in the flip-flop is transferred to the output terminals; if the output enable terminal is ‘0’, the data in the three output terminals becomes Hi-Z (high impedance).

The SN74ABT16823 is an excellent logic device for logic designers looking for a high-speed and high-performance CMOS flip-flop. It features low power consumption, high speeds and a wide range of integration options for flexible designs. It is particularly suitable for asynchronous communication networks and supports buffering and synchronization of data.

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