CD4522BM96

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CD4522BM96 is a CMOS logic integrated chip, commonly used in logic-counters, dividers, frequency division, and pulse width modulation circuits. It can be used in a variety of applications, including industrial and medical devices, industrial instrumentation and process control, telecom infrastructure, computer systems, automotive systems and consumer electronics.

The CD4522BM96 is equipped with a wide range of features, including two separate channels with frequency division and pulse width modulation capabilities. Each channel is capable of producing two independent pulse waveforms, allowing for a range of applications. It has various settings for frequency division, counter tick, pulse width modulation, and synchronization modes. The chip also has two active low enable inputs for both channels, and two active low reset inputs for each channel.

The CD4522BM96 is designed for two different applications: Frequency Division and Pulse Width Modulation. In Frequency Division mode, the two channels operate independently, with the input signal being fed directly into the frequency division circuit. The output of the division circuit is then sent to either a single output pin, or split into two separate outputs. This allows the user to set the division rate of each channel, as well as divide the clock signal by a fixed number. The divider settings can also be changed during operation.

In Pulse Width Modulation mode, the signal is sent through the pulse width modulator and divided into two separate outputs. The output of the pulser is then sent to two separate output pins. This allows the user to set the pulse width modulation rate and the on-off state of the pulse. The pulse width modulator can also be changed during operation.

The CD4522BM96 is a highly efficient chip, popularly used in a variety of applications. The chip can be used to create frequency divider and pulse modulation circuits, as well as many other types of circuits. The chip’s capabilities make it a great choice for a variety of projects and prototypes. Its small size also makes it an ideal option for integrated systems and low-power applications.

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