Nexperia USA Inc. 74ALVT16823DL,518

Nexperia USA Inc. 74ALVT16823DL,518 Environmental and export classification status description

The Nexperia 74ALVT16823DL,518 is a non-inverting 18-bit buffer/line driver with 3-State outputs. It is part of the ALVT (Advanced Low-Voltage CMOS) series of integrated circuits. Functions: - Non-inverting buffer/line driver - 3-State outputs for high-impedance state - 18-bit wide input/output capability Applications: - Address and data buffering in microprocessor systems - Interface between different voltage domains - Signal buffering and distribution in communication systems Alternative Components: - 74ALVT16823: Similar non-inverting buffer/line driver with 18-bit capability - 74ACT16823: Non-inverting buffer/line driver from a different series Embedded Modules: There are no specific embedded modules associated with the Nexperia 74ALVT16823DL,518, as it is a standalone integrated circuit used for buffering and line driving applications. Related Q&A: 1. What voltage levels does the Nexperia 74ALVT16823DL,518 support? - The Nexperia 74ALVT16823DL,518 supports low voltage operation with a typical voltage range of 1.65V to 3.6V. 2. Can I cascade multiple 74ALVT16823DL,518 ICs for wider data buffering? - Yes, you can cascade multiple 74ALVT16823DL,518 ICs to increase the data buffering width beyond 18 bits. 3. Are there any special considerations for signal integrity when using the 74ALVT16823DL,518 in high-speed applications? - In high-speed applications, it's important to consider transmission line effects and termination strategies to maintain signal integrity when using the 74ALVT16823DL,518. 4. What is the typical output current drive capability of the Nexperia 74ALVT16823DL,518? - The Nexperia 74ALVT16823DL,518 typically provides a strong output current drive capability to ensure signal integrity over longer traces or when driving capacitive loads. 5. Does the 74ALVT16823DL,518 have built-in overvoltage protection features? - The 74ALVT16823DL,518 does not have dedicated overvoltage protection features, so external circuitry may be required to protect against overvoltage conditions.