74AVC16334ADGG,512

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The 74AVC16334ADGG, 512 is a two-channel, dual bidirectional universal bus transceiver capable of driving or receiving up to 8-bits of data on a single I/O port. It offers a wide range of features, such as status flags, boundary scan capability, programmable direction switching, and full voltage-level flexibility.

The 74AVC16334ADGG, 512 is positioned as a standard, low-cost and low-power bus switch solution and it is applicable with a wide range of bus topologies, including asynchronous and synchronous buses and various combinations of masters, slaves and bridges.

The 74AVC16334ADGG, 512 supports Cascading/Broadcast/Broadcast-Cascading/Data forwarding operations and is available in standard packages with a pitch of 0.65 mm and a total of 32 pins.

The 74AVC16334ADGG, 512 is mainly aimed to provide a robust, low power, multi-bit solution for the connection of various peripherals and processors, such as FPGA, Microcontrollers, DSP and ASIC.

The 74AVC16334ADGG, 512 operates in two distinct modes - as an eight-bit tristate/non-tristate transceiver, or as an eight-bit universal bus switch with programmable direction switching and boundary scan. The tristate/non-tristate feature of the 74AVC16334ADGG, 512 allows multiple devices to share a single bus, with each device able to take control of the bus as needed.

The Universal Bus Switch mode of the 74AVC16334ADGG, 512 provides a direct data path between two or more buses and can be used to bridge two buses of different topology. The programmable direction switching allows the user to define the direction of data flow, and the integrated boundary scan capability makes it suitable for board-level test and diagnosis.

The 74AVC16334ADGG, 512 offers full range of voltage-level flexibility and allows user-defined high-and low-level thresholds for each device, allowing for maximum flexibility in a wide range of voltage specifications.

In addition, the 74AVC16334ADGG, 512 offers a variety of status flags, including four flags to indicate the direction of data flow, a flag to indicate when data has been written, and a flag to indicate that the output buffer is enabled.

The 74AVC16334ADGG, 512 has wide application in the field of digital signal processing, communications, automotive, military/aerospace, medical equipment and various industrial applications.

The working principle of the 74AVC16334ADGG, 512 is based on the use of an analog switch to control the direction of data flow between two buses. This is done by first configuring the 74AVC16334ADGG, 512 to the universal bus switch mode, then setting the direction for data transfers, followed by enabling the output buffer. The device then acts as a bridge between the two buses, allowing for the transfer of data in either direction as dictated by the direction settings.

The 74AVC16334ADGG, 512 is also capable of providing a direct connection between two buses at different voltage levels. It has the capability to detect which of the two buses has the higher signal level, and it will then adjust the level of the other bus accordingly.

The 74AVC16334ADGG, 512 is an ideal choice for a wide variety of applications, such as high-speed communications, digital signal processing, industrial control and automotive. By providing a robust, low power, multi-bit solution for the connection of various peripherals and processors, the 74AVC16334ADGG, 512 is a versatile, cost-effective logic device.

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