CD74HC393M96E4

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CD74HC393M96E4 has become a popular choice of logic device for its difficult to beat combination of features, small size, and low power consumption. As a member of the ‘HC’ family of logic devices, the IC takes its place at the most advanced end of that particular family. It is an integrated circuit (IC) based on logic and is used in a variety of digital applications.

The CD74HC393M96E4 is a dual 4-bit binary counter. It consists of four binary stages that divide the incoming clock rate by the corresponding binary number (2, 4, 8, 16). This device achieves high speed operation similar to the LS-TTL circuit and functions as a divide-by-N counter where N is an integer from 2 to 16, allowing the user to easily select from a variety of output frequencies depending on the counter’s parallel inputs.

Besides its use for frequency division, the CD74HC393M96E4 can also be used as a divider and a prescaler. It can be used as a prescaler to provide a constant and periodic input to an external clock, useful for applications such as timing signals. As a divider, the CD74HC393M96E4 can divide the incoming clock rate by a factor of N and thus control lower frequency clocks.

The CD74HC393M96E4 also has a number of applications in the field of data processing, computer control, and communications. In these applications, the device can be used to count the number of pulses that pass through it and then output a binary representation of those pulses. It can be used to store data, detect repetitive pulses and store the data, or act as a counter in a processor system. The CD74HC393M96E4 can also be used to generate periodic signals or control external events such as switching relays and motors, making it useful for a range of industrial processes.

The CD74HC393M96E4 operates in three basic modes: preset, reset, and count. The preset mode prepares the counter to work and the reset up mode starts the counting sequence. Once the counting sequence has been started, the counter will continue to count until it reaches its maximum count which is determined by the size of the counter. This maximum count can be adjusted to any required number by modifying the parallel inputs of the counter.

The CD74HC393M96E4 has low power consumption, making it an ideal choice for battery operated applications. It is also regarded as a reliable, high-performance device and has proven to be a popular choice for a wide range of applications.

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