74ACTQ533SCX

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The 74ACTQ533SCX is a type of latch component classified under Logic - Latches. It offers high speed buffering and bi-directional data bus transmission. This component is normally used in applications which require high switching speeds, such as clock dividers, data buffers and multiplexers. It contains four latch products, each designed to accept a set of data inputs and output them as a buffered signal.

The component is composed of four independent latches, with each latch having four tristate output pins. Utilizing the outputs of these latches, the component is able to accept two or more logic signals (defined as the data inputs) and output two or more data outputs. It is capable of receiving a set of data from one set of logic signals, and then outputting them as a buffered signal.

The working principle behind the 74ACTQ533SCX is that it can handle a large number of binary combinations, allowing the user to program accordingly. Each of the four latch products has an active-low reset input, with an asynchronous clear, along with an active-high write enable line. When activated, the write enable line triggers a read/write cycle which stores the state of the logic inputs as determined by the two data inputs.

The 74ACTQ533SCX also has an active-low enable input which can be used to enable or disable the latch products. In the disabled state, the outputs are kept in their last known state. This allows the user to perform data transfers without losing continuity of operation. Furthermore, it offers a data enable output which acts like an enable input for the corresponding latch product.

The 74ACTQ533SCX has a wide variety of uses, due to its versatile design and ease of use. It is commonly used in data acquisition and storage systems, as it provides a reliable and efficient means of data buffering and storage. Additionally, this component is useful for clock dividers and multiplexers, due to its ability to accept a variety of logic inputs and output them as buffered signals. In short, this component is well-suited for applications which require fast and reliable data handling.

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