SN74ALVTH162244GR

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The SN74ALVTH162244GR device is classified as a logic buffering device. This device falls under what is known as the Advanced Low-Voltage Schottky Transceiver family. It contains features that enable it to act as a bi-directional buffer or transceiver; thus allowing communication with bus orientated systems. It is also characterized by having low output-skew performance, high fan-out, and an improved level-translation capability that can interface to low voltage and mixed-voltage systems.

The SN74ALVTH162244GR can be used in a wide array of applications, which range from driving transmission gate arrays, to providing level conversion of single-ended buses, to communications between different logic families (such as CMOS and TTL). It is also important to note that this device is well suited for hot-plugging higher speed memory or other devices into a system. This feature allows devices to be changed or added while the system is running.

In general, the SN74ALVTH162244GR functions by receiving an input signal at one of its input ports and providing an amplified output at the opposite end. This device can be configured as a simple buffer, a multiplexer, a clock buffer, or a generic transceiver. It is able to supply current of up to 16mA and is rated to run at temperatures between 0°C and 70°C.

The SN74ALVTH162244GR has very impressive electrical characteristics. Its typical propagation delay is just 5ns, with a typical skew of just 0.4ns. Its wide voltage range of 1.65 - 5.5V ensures that it is able to report device states in real-time, while its low power and low voltage capabilities allow it to operate in most application environments.

The SN74ALVTH162244GR is an excellent choice for a variety of applications requiring signal-level conversion or buffering. Its combination of low-power operation, signal integrity, and wide voltage range make it an essential device for modern systems. It is also an efficient device as it requires only two external pull-up resistors to drive its high-speed outputs.

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