ICM7217CIPI+

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ICM7217CIPI+ is a programmable timer and oscillator from Intersil Corporation. It is a highly integrated device that contains a timer/counter and oscillator which are programmable for a wide variety of applications. In addition, it includes a powerful, self-contained oscillator with full programmability.

The ICM7217CIPI+ is designed for use in industrial, consumer, telecommunications and automotive applications. It is an ideal solution for clock and timing needs in high-performance systems. It has a wide frequency range and provides accurate timing signals through its programmable counter and oscillator.

The ICM7217CIPI+ has many features which make it an excellent choice for a wide range of applications. It features a high-performance PLL (phase-locked loop) with an on-chip analog front end, allowing it to perform digital frequency synthesis. The output of this part is adjustable over a wide frequency range. This part also includes an 8-bit programmable counter with a wide range of operating modes.

In addition, the ICM7217CIPI+ includes an adjustable output divider, allowing for the generation of multiple output clock rates for use in asynchronous designs. The output of this part is adjustable across a wide range, making it ideal for use in high-speed designs. It is capable of running from either a single or dual 5V or 3.3V power supply.

The ICM7217CIPI+ supports a variety of programming languages including C, C++, and Assembly. It is software-programmable, meaning designers can update the programming code without changing the hardware design. This feature allows for rapid prototyping and development of custom applications.

The ICM7217CIPI+ is designed for applications where accurate timing, programming flexibility, and reliable performance are all paramount. It is ideal for automotive, consumer, and industrial applications and many other embedded systems applications.

The ICM7217CIPI+ application field and working principle consists of two main components, the clock generator and the timer register. The clock generator is a digitally controlled oscillator (DCO) that produces a signal with adjustable frequency and duty cycle. This signal is then sent to the timer register which is a programmable register that allows for the selection of different modes and settings of the signal. The timer register can be programmed to generate outputs of different frequencies and different symmetries.

The clock generator uses a PLL (Phase Locked Loop) to generate complementary signals of a certain frequency and duty cycle, and these signals are then sent to the timer register. The timer register is made up of multiple building blocks, such as control registers, oscillator registers and control logic, and it is responsible for setting the various parameter values like frequency, resolution and offset. The output of the timer register can be sent to an output pin, which is generally an external clock input pin. This output can be used to drive an external clock synchronous circuit or for providing timing for an application.

In general, the ICM7217CIPI+ application field and working principle provide an excellent solution for timing requirements in competitive applications. It is a highly integrated, high-performance and low-cost device, and its software-programmable features provide flexibility and control. It is an ideal solution for automotive, consumer and industrial applications and many other embedded systems applications where accurate timing is critical.

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