MC74LVX8053DR2

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The MC74LVX8053DR2 is a 3-2 Multiplexer/Demultiplexer device from ON Semiconductor. It is a low voltage device with a wide operating voltage range of 1.65V to 3.6V and is widely used in interface and analog switch applications. This device is designed to provide low power consumption and maximum flexibility with a high level of noise immunity. It offers a high level of integration and is ideal for applications that require maximum signal integrity, such as communication networks, video, servers and embedded systems.

The MC74LVX8053DR2 works on the principle of signal multiplexing and demultiplexing. In signal multiplexing, multiple signals are combined into one, while in signal demultiplexing, one signal is split into multiple signals. The device allows multiple signals to be combined and sent out over a single channel and at the other end of the channel, the multiple signals can be separated back out into their original format. This is done by using the two multiplexer bits (MUX1 and MUX2), the two demultiplexer bits (DEMUX1 and DEMUX2), and the two enable pins (EN1 and EN2). By setting the multiplexer and demultiplexer bits to a specific logic state, the device is able to multiplex and demultiplex multiple signals.

The MC74LVX8053DR2 is an ideal solution for applications where an input signal needs to be routed to different destinations such as a voice/data or video system. It provides superior signal integrity and versatility for such applications. The device features low and high VTH input levels, allowing it to operate on wide range of power supply conditions. It also features ESD protection of up to 8000V on the VCC and 6000V on the individual I/O pins.

The MC74LVX8053DR2 is a 3-2 multiplexer/demultiplexer device and is designed to reduce power consumption and electron noise. It is an ideal solution for applications where an input signal needs to be split into multiple signals or multiple signals need to be combined into one signal. The device features a wide operating voltage range, low and high VTH input levels, and ESD protection.

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