CD74HC4351M96

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The CD74HC4351M96 device is a highly integrated analog switch. It is produced with CMOS analog switches and multiplexer technology, offering both high performance and low power consumption. The device consists of a dual 2:1 multiplexer/demultiplexerand two independent two-channel analog switches. It is suitable for a wide range of applications in industrial, medical and consumer products.

The CD74HC4351M96 is an interface for analog signals that allows for multiplexing, demultiplexing and switching of the input. It uses an analog switch to control the connection of the two inputs for a given channel. The device also includes an independent two-channel analog switch for controlling two separate lines. The input can be switched from either of two sources and connected to the output enabling two independent switches in each channel.

In each channel, the inputs are switchable by a control signal, which is applied to the boost terminal. The input amplifier switches the input bipolar transistors according to the control signal. This allows the user to select between the two input sources and connect them to the respective outputs.

The CD74HC4351M96 uses low voltage differential signaling (LVDS) to transmit data between devices. The internal switching devices are designed to draw very little power and produce low levels of EMI. The device also features thermal protection which limits the amount of power dissipated in the event of self-heating.

The CD74HC4351M96 is a high-performance device for handling analog signals. Its low power consumption and robust thermal protection make it suitable for use in industrial and medical applications, where reliable operation is essential. Its use in consumer products is also attractive, as its low price makes it attractive for a wide range of applications.

The CD74HC4351M96 is typically used in interfacing and switching applications, such as multiplexers and demultiplexers. It can also be used for analog signal amplification and conditioning, such as in low-noise ADC and DAC converters. The device is also suitable for differential signaling in LVDS applications.

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