M74HC4017RM13TR

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The M74HC4017RM13TR is a flavor of digital logic device, which is categorized within the umbrella of logic devices known as "counters and dividers". This particular device was designed to by Toshiba to perform specific functions related to synchronization, count and divide signal frequencies, on data paths used in electronic apparatus.As with any digital logic circuit, the M74HC4017RM13TR operates at a low voltage, which makes it a cost effective solution when compared to other higher cost solutions which require more current to power their systems. The device also includes a special feature called "asynchronous operation", which allows it to cope with changes in input signal frequency without having to reset the its internal logic state. This makes the circuit exceptionally efficient, since its operations are unaffected regardless of the input signal fluctuation.The principle of operation for the M74HC4017RM13TR is quite simple. The device features an internal logic state machine composed of a set of logic elements arranged in a series. Every time an input signal enters the circuit, the output is controlled by the sequence of logic elements in the state machine. The output signal is determined by the particular logic element in the sequence that is addressable at any given moment. Depending on what that logic element is set as, the output signal can be a pulse, a pause, or any combination of the two.The application field of the M74HC4017RM13TR is fairly diverse and includes applications such as frequency capturing and data transfer, since the device converges signals into a single output. This makes it ideal for use in a variety of electronic systems, such as data acquisition systems, computer, and communication systems. The M74HC4017RM13TR is quite versatile, as it can be used in either synchronous or asynchronous operations, as both are supported by the device\'s internal logic state machine.In synchronous operation, the input signals are provided through the CS (clock signal) and CK (clock enable) pins on the circuit. Each input signal triggers the state machine, which then takes the appropriate action and generates the resulting output signal.In asynchronous operation, the CD (data in) and CK (clock enable) pins are used, and then CD0 becomes the clock signal instead of CS and CK. The CD input pin clocks the logic state machine and when the data is received, the state machine takes action to generate the output signal.Overall, the M74HC4017RM13TR is a powerful and versatile device, which can provide great performance in a variety of applications. Its low-voltage and high-speed capabilities make it ideal for a variety of applications and its inherent flexibility gives designers great control over their designs. With its internally logic state machine, the M74HC4017RM13TR can be used to easily capture and divide signals, offering great performance and value.

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