MC14518BCPG

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The MC14518BCPG is a programmable clock divider and counter circuit, used to regulate signals for frequency division and counting applications. It consists of a two-stage series coupled counter, an active-low output enable, an asynchronous programmable reset, an active-high output enable, and a programmable ten-bit divide-by-N counter. The device also has a three-state output option.

The structure and operation of the MC14518BCPG is based on positive edge triggered logic, allowing it to divide and count signal frequencies with ease. When the positive edge of an input signal is detected, the counter advances by one. A divide-by-N counter is incorporated, allowing any arbitrary number, up to a maximum of 1024, to be used as the division factor. The asynchronous programmable reset also allows for reset pulses, independent of the main clock, to reset the counter.

The MC14518BCPG has many applications within the fields of signal processing and communication, such as in data transmission networks, where it can be used as a clock division and phase control device. It is often used in modems to divide the input clock for synchronous communication and phase-locked loop applications. It can also be used for frequency division, frequency division multiplexing, frequency measurement, anti-alias filtering, and digital logic gate timing.

The device is built using logic elements, while counter design is based on positive edge triggering. The output of the device is pulse width modulated to provide both negative and non-modulated outputs. As such, the MC14518BCPG is highly integrated and versatile, making it well suited for many signal processing and communication systems.

The MC14518BCPG is a versatile and useful device, which has a wide range of applications within the fields of signal processing and communication. It has a range of features which make it ideally suited for applications such as frequency division, frequency division multiplexing, frequency measurement, anti-alias filtering, and digital logic gate timing. Its integrated and efficient design makes it an ideal choice for many signal processing and communication applications.

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