74ALVC16821MTDX

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 74ALVC16821MTDX is a logic-flip-flop used as an interface between two devices that operate in different mode. It contains two separate two-inputs and one two outputs. With two separate two-inputs, each chip can be used to operate between two modes such as a clock and a data stream, making it suitable as a bridge between devices that support a range of data transfer protocols. The two output flip-flops provide a set of results from the data stream, and can be programmed to act on different input states.

At a high level, the 74ALVC16821MTDX is an asynchronous logic device designed to connect two systems operating in different modes, or for interfacing between two systems where the data rate is asynchronous. It consists of two independent two-inputs, each with its own set of output flip-flops. By varying the input signals, the output of the device can be programmed to act on different input states. The device supports several transfer modes, including single-ended and differential, between various digital signals.

When in the single-ended mode, the 74ALVC16821MTDX consists of two inputs, labeled A and B. A high voltage on the A input will cause the B output to be set high, while the signal on the B input will cause the A output to be set low. The single-ended mode is commonly used when connecting two devices that use different digital signaling standards. In the differential mode, the 74ALVC16821MTDX consists of two complementary inputs, labeled A and B. A low voltage on the A input will cause the B output to be set high, while the signal on the B input will cause the A output to be set low. This mode is commonly used when connecting two devices that use the same digital signaling standard.

The 74ALVC16821MTDX also supports four transfer modes: pulse modulation, pulse reset, pulse steady and pulse parallel transfer modes. The pulse modulation mode provides a data transfer rate of 2 bits per clock cycle, while the pulse reset mode provides a data transfer rate of 4 bits per clock cycle. The pulse steady mode offers a data transfer rate of 8 bits per clock cycle, and the pulse parallel mode offers a data transfer rate of 16 bits per clock cycle. The pulse modulation and pulse reset modes are the most common when connecting two devices that use different digital signaling standards. The pulse steady and pulse parallel modes are most useful when connecting two devices that use the same digital signaling standard and require a higher data transfer rate.

The 74ALVC16821MTDX is primarily used in automotive electronics, industrial applications, and consumer electronics. It is designed to reduce the amount of time and effort required to design and develop systems for interfacing between two devices that use different protocol standards or operate under different data rates. With its two inputs and two outputs, the device is capable of handling a wide range of data transfer rates and signal types within the same package. As a result, the device can be used to create powerful and efficient bridges between various electronic devices.

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