CD74HC107M96E4

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Flip-flops are remarkably versatile and essential components in digital electronics. They are commonly used in logic circuits, address decoders, clock dividers and counters, among other applications. In order to control the flow of logic signals in delicate and discrete ways, flip-flops can provide robust and reliable performance. The CD74HC107M96E4, a high-speed CMOS logic dual, negative edge-triggered flip-flop, is one such device that can meet these needs.

The CD74HC107M96E4 is an integrated circuit composed of two identical, independent edge-triggered flip-flops with identical characteristics. It features a low power dissipation logic and is easily configured to operate with a single power supply. This device is often used in applications such as arithmetic logic units (ALUs), linear applications (such as addressable memories, multiplexers, demultiplexers, and comparators), flip-flop circuits, and edge-triggered memory scans. It is also suitable for applications such as interlocking systems, multiplexers, decoders, counters, or digital systems requiring sequential logic.

In the CD74HC107M96E4, a single positive or negative logic transition on the flip-flop’s input causes the two outputs to be interchanged. The input must transition from a low voltage level to a higher voltage level for a positive transition, or from a high voltage level to a lower voltage level for a negative transition. The outputs change state on the transition\'s trailing edge, making the device edge-triggered rather than level-triggered. The inputs are also activated by both logic 0\'s and logic 1\'s.

The flip-flop timing characteristics of the CD74HC107M96E4 can be classified by two main criteria: setup time and hold time. Setup time is the time between the input transition and the change in the output, while hold time is the time between the transition and the output state being initialized. Both setup time and hold time should never reach zero, otherwise the flip-flop will not properly actuate. This can be easily resolved by using the recommended value of 10ns.

The CD74HC107M96E4 is considered to be a robust and reliable device for a number of applications. When used in conjunction with its assistance, the device can provide reliable results in complex digital applications such as counter, address decoders, and logic circuits. Furthermore, by providing a consistent logic voltage level to the device, the reliability of the device can be increased.

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