CD4018BPWRE4

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CD4018BPWRE4 is a CMOS counter IC which consists of four adjustable divide-by-N counters. It is designed for use in applications such as memory decoding, frequency divider, digital frequency synthesizers, etc. The working principle of CD4018BPWRE4 is based on the clock input and division rate set by the counter select inputs. The counting process starts with the clock input and proceeds until it reaches the division rate set by the counter select. At the division rate, the counter output goes high and the clock input is reset to zero.The chip contains four built-in divide-by-N counters that can be used independently or in combination to divide the input clock frequency by any multiple of two. Each counter consists of two stages. The first stage is a master counter and the second stage is a slave counter. The “N” output of the master counter is connected to the “CLK” input of the slave counter. The “N” output of the slave counter is connected to the input of the master counter. The “N” output of the master counter is also connected to the clock input of the slave counter.CD4018BPWRE4 has a range of applications in counter, frequency division, time division, digital audio, digital video, and telecom systems. It is used in applications such as memory decoding, frequency divider, digital frequency synthesizers, digital video signal processing, etc. The chip also has the ability to be used as a low-frequency oscillator, for example in data acquisition systems. Additionally, this chip can also be used in low-speed applications source synchronous digital signal transmission.In general, CD4018BPWRE4 is an extremely versatile device that can be used in a wide range of applications. It provides a simple, easy-to-use, and cost-effective solution for dividing clock frequencies and providing reliable frequency division with a low component count. The chip is also capable of operating at very high frequencies, making it an ideal choice for applications such as microwave and high-speed communications. The chip is also very power efficient and operates at very low power dissipation, making it an attractive option for low-power and low-cost applications.

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