CD4017BM96G4

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A CD4017BM96G4 is a decade counter or decade divider - an integrated circuit that can be used to divide a signal into either 10 or 100 pulses. It is often referred to as a "counting divider", since it can be used to divide one input (generally a digital clock signal) into multiple output signals that can be used for various types of applications. The counter essentially works by counting the number of rising edges of the input signal and then creating a new output pulse every specified number of edges.

Application

CD4017BM96G4 is a versatile IC that can be used for a variety of applications, from counting to frequency division and division by any arbitrary number. It is most often used for digital clock circuits, for example in musical instruments and wireless communication devices. It can also be used in robotics, as a step counter, to count steps taken in a specific period of time; or in other scenarios such as in medical equipment, counting the number of pulses in an ECG or EEG. Additionally, due to its large number of outputs, it can be used in combination with other circuitry to build complex systems such as spreadsheet calculators, logic analyzers and frequency dividers.

Working Principle

CD4017BM96G4 works by counting the number of rising edges of the input signal and then creating a new output pulse every specified number of edges. The number of edges per output pulse is referred to as the “divider length”. The IC can be configured in either a divide-by-10 (decade) or divide-by-100 (centile) operation mode; which is set via pin 3. The counter increment is handled by an internal register, which is incremented by 1 for each rising edge of the input clock. When the number in this register reaches the divider length (10 or 100), the output pulses are generated, the register is reset to 0, and the counting starts again from this 0 number.

The CD4017BM96G4 has a reset pin (pin 4), which enables the user to reset the counter at any point. This can be used to synchro

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