MC74LVXU04DG

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Logic gates and inverters are essential components for designing digital circuits. MC74LVXU04DG is a member of the 74LVXU04 series logic gates and inverters from Motorola. This logic device provides four from-level translation gates with increased output drive strength and enhanced noise immunity when compared with the commonly used TTL-series logic gates and inverters.

The MC74LVXU04DG consists of four independent 2-input AND gates that accept standard TTL-level inputs and provide a low-power CMOS output. The logic thresholds of these gates are designed to be compatible with most 3.3V or 5V logic family such as TTL, GTL, LVCMOS, ECL, etc. The traditional TTL logic thresholds are typically between 0.8V and 2.0V, while the MC74LVXU04DG logic thresholds are between 0.45V and 0.8V.

The MC74LVXU04DG is designed to provide improved noise immunity in a range of different applications. The device features a patented internal diode-based noise protection circuit, which increases noise immunity by diverting transient noise away from critical input pins. The noise protection circuit also improves the part’s performance in applications involving high-speed logic transitions and high peak currents. Furthermore, the device has extremely low leakage currents, which further contributes to enhanced noise immunity.

In addition to improved noise immunity, the MC74LVXU04DG also provides enhanced output drive strength when compared with the traditional TTL-series logic gates and inverters. It has an output drive strength of 8 mA, compared to the typical 4 mA for the traditional TTL devices. This feature is beneficial for driving more number of logic outputs when designing logic circuits. Furthermore, the device also features higher switching speeds and higher output current capabilities, making it suitable for demanding high-speed switching applications.

The MC74LVXU04DG is an ideal choice for applications requiring improved noise immunity and increased output drive strength. It is typically used as an output buffer for low voltage devices, for driving more number of logic gates, for high-speed switching applications, and for assisting in level-shifting between different voltage levels in a wide range of embedded designs.

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