74FR244SJ

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The 74FR244SJ is a quad buffer component. It is part of a larger family of Buffers, Drivers, Receivers, and Transceivers. Such components are essential parts of any logic-based circuit design.

The 74FR244SJ is used in applications such as multiplexing and demultiplexing (MUX/DEMUX) logic, where the device is enabled to receive or transmit data on four channels, depending on the context of the application. This is useful when multiple systems need to be integrated together, making sure the right signals are sent to the right destination. The device can also be used for other purposes, such as converting signals from one format to another.

Working with a voltage range from 2.7V to 3.6V, the 74FR244SJ is capable of operating at frequencies as high as 24 MHz. The device features 4-bit input/output buffers and help ensure correct logic levels on data lines. The 74FR244SJ also has an output enable (OE) and an output active-low (OL) for each channel, allowing for better control over the flow of data.

The 74FR244SJ is configured by 8 control pins. It consists of 4 sets of input/output control pins. The OE control pin is configured to enable the IO pins of one of the 4 channels. While the OL control pins are driven in opposite logical states when neither of the OE pins is enabled. This allows the device to connect to both the source and the destination simultaneously, without interrupting the flow of data.

The 74FR244SJ also features an output enable (OE) disable (OD) mode, allowing it to be completely disabled during periods of inactivity. This helps improve power management and is commonly used in applications where data transmissions need to be minimized, such as digital clocks. Another important feature of the 74FR244SJ is its internal input/output and output structure that is designed for easy connectivity to other devices in a circuit.

The 74FR244SJ is ideal for applications where both speed and power efficiency are important. Its wide voltage range, frequency range, and the ability to easily connect with other components makes it an attractive choice for a number of logic-based circuit designs. The device’s wide range of features and its low power consumption, make it a great choice for any logic-based circuit design.

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