74ALVC16240MTD

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The 74ALVC16240MTD is a practical high-speed bus transceiver and is part of the logic buffer, driver, receiver, and transceiver category of devices. It utilizes dual rail-to-rail 3-state outputs, provides low propagation delay time, and supports high data rates.

The device is particularly suited to applications requiring data transmission at high speeds over short distances. Utilizing two non-inverting 3-state buffers, the device is designed to interface data buses; each buffer may be individually configured to perform output or input functions.

In terms of its underlying principles, the 74ALVC16240MTD utilizes advanced silicon-gate CMOS technology, combined with TTL-compatible inputs to create a high-performance, low-power device. The combined features and performance capabilities make it suitable for high-speed bus of up to 16 MHz operation and offer designers a reliable, cost-effective transceiver solution.

The 74ALVC16240MTD is particularly useful in those applications requiring high-speed and higher data throughput. In addition to its AC-characteristics performance, which is sufficiently superior to allow data transmission up to 16 MHz, the device also offers excellent timing characteristics, low power and high output drive capability. Additionally, the power consumption of the device is also relatively low, making it highly attractive in applications where finite power resources are available.

At the same time, the 74ALVC16240MTD also provides superior noise immunity and emanation control, thanks to its TTL-compatible inputs. This makes it well-suited for use in applications that require greater levels of noise immunity or increased interference shielding or reduction. The device also offers a wide range of features and functional capabilities that provide designers with an efficient and reliable solution.

Overall, the 74ALVC16240MTD is an ideal logic solution for applications requiring high-speed bus transceivers, as well as for those applications requiring excellent noise immunity and data throughput. Its low operating power, coupled with its effective noise immunity capabilities, make it suitable for use in even the most demanding environments. Its high-speed performance and superior output drive capabilities, combined with its relatively low power consumption, make it suitable for a wide range of applications which require reliable and efficient data transmission.

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