74HC4316DB,118

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 74HC4316DB,118 is an electrical component intended for use in both interface and analog switch systems. Its main purpose is to help control, multiplex, and demultiplex signal paths in applications requiring analog switching. Its design includes a wide-bandgap process and up to 16 independent channels for switching video and data signals over long distances.

In terms of its applications, the 74HC4316DB,118 is primarily found in video signal agility and switch matrix systems. This device is often used in the ever-growing field of digital television, as it can be used to switch analog or digital signals, accurately and with low power consumption. Additionally, this component is helpful in digital display systems, where it is useful in controlling and switching the various signals to and from display panels.

The 74HC4316DB,118’s operating principle is based on its pin-out. It has eight data inputs, eight data outputs and sixteen enable pins. These pins are used to enable and disable the various I/O channels depending on the current input and output. Additionally, this component can be programmed with a variety of commands to route different signals through different channels. This enables the device to switch between different signal paths, even when the signals are of different types.

In terms of its operations, the 74HC4316DB,118 can switch multiplexed channels of a wide range of frequencies, from audio signals to those in the gigahertz range. Its design ensures the signal is transmitted with minimal loss and can be used in both complex and simple switch matrices. Its wide-bandgap process also ensures that the signal paths are properly maintained even when powered down.

The 74HC4316DB,118 is an invaluable asset in many fields, particularly in digital television and digital display systems. This small component serves as an excellent interface to help control and switch different signals over different channels, enabling complex signal routing and low power consumption. Despite its small size, its pin-out and operating principle provide it with an impressive array of features, making it well-suited for a variety of applications.

The specific data is subject to PDF, and the above content is for reference