74ALVT16244DGG,112

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The 74ALVT16244DGG, 112 is a series of devices commonly classified as digital logic buffers, drivers, receivers, or transceivers depending on which specific product within the series is chosen. These devices are typically deployed in high-speed applications of digital signal conditioning, logic gate mapping, or data procession.

The design of 74ALVT16244DGG, 112 device is based on complementary metal-oxide semiconductor (CMOS) technology and utilizes a supply voltage range of 2.7V to 3.6V. In terms of usage, these devices are commonly utilized in clock tree architectures, where the integrated circuit serves as a logic buffer to drive one or several clock signals to other integrated circuits along its tree branches. Their integrated high-speed registers are enabled by their speed of 5.2ns, allowing the user to quickly perform signal transmission.

The device’s integrated receivers are also adept at signal processing by offering glitch-free data transmission on both rising and falling signal edges. This enables the device’s transceiver to accept data without signal inversion, keeping transmission between devices reliable and fast. These features make the device incredibly advantageous in high-speed applications, where multiple data transfers occur simultaneously.

All together, the versatility of the 74ALVT16244DGG, 112 family of devices allows it to be used in a number of applications, from the transmission of serial data over large networks to intensive data processing loops. Such usage, in turn, allows the device to act as a hub for multiple peripheral devices. These characteristics enable the device to bridge communication and enable a multitude of applications from low-powered applications to hefty data processing.

As such, the 74ALVT16244DGG, 112 family of digital logic devices are well equipped to bridge communications between devices and serve as digital signal conditioners due to their high-speed registers, glitch-free transmission, and CMOS-based design. They are capable of interconnecting several integrated circuits and serving as hubs for the transmission and manipulation of digital data in applications that require high-speed functioning and data integrity.

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