74VHC393SJX

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

74VHC393SJX is a type of logic device which belongs to the Logic - Counters, Dividers category. It works by utilizing IC technology to provide a timing solution to digital logic circuits. In essence, it counts distinct events that take place in digital electronics and triggers output signals when a preset count is reached. The device comes in a low power version and contains two 8-bit synchronous counters, two 4-bit synchronous counters and an 8-bit latch. It uses the Positive Edge Triggered maskable interrupt structure for expanding output signals.

The application field for the 74VHC393SJX includes general purpose counters, pulse width modulation, clock generators and divider circuits, fan control, LED lighting control, radar antenna scanning and frequency synthesizer control. In all these applications, the 74VHC393SJX device offers a robust and simplified logic solution by providing numerous timing output signals. Furthermore, a wide range of power supplies allow it to be used in projects requiring small power solutions.

The working principle behind the 74VHC393SJX is quite simple. It takes in inputs from external sources, and then counts and responds to predetermined events. For instance, if a preset number of pulses are received from an external source, the device will output a logic signal as instructed from the program. Furthermore, the device is capable of operating in either synchronous or asynchronous mode depending on the application. In synchronous mode, the counter is reset and begins to count from zero after each applied clock pulse. In asynchronous mode, the counter increases or decreases depending on its preset operation. This allows for more advanced types of timing functions.

Overall, the 74VHC393SJX provides a reliable and robust solution for digital counter and divider applications. Its wide range of power requirements allow it to be used in battery-powered and low power applications, while its advanced timing functions give users a degree of control over their projects. Finally, its flexible design makes it suitable for a variety of timing solutions.

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