PI6CX100-27WE

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The PI6CX100-27WE clock/timing application field and working principle is an advanced, easy-to-use, programmable timer and oscillator. It is designed for use in embedded applications and high-performance, low jitter frequency synthesis applications. This part provides versatile frequency control and timing solution for digital systems. It has the ability to generate and store multiple frequencies, duty cycles, and timing functions. It also features low current draw and can be programmed using a single programming line.

The PI6CX100-27WE is a highly configurable timing device, allowing on-chip programmability with a single programming line. The part includes a programmable clock source, programmable duty cycle delay and programmable cycle times. The clock source can be selected from either a crystal oscillator or a programmable logic array (PLA). The clock source frequency can be adjusted over a wide range of frequencies, allowing flexibility in system design.

The programmable duty cycle delay is used to adjust the period of the clock source waveform. This is useful for changing the clock frequency to accommodate the changing waveforms of different applications. The part also includes a programmable cycle times, which can be adjusted for creating specific waveforms that correspond to desired timing functions.

The PI6CX100-27WE provides a level of flexibility and versatility that makes it ideal for use in embedded systems. It allows for quick and easy configuration of multiple frequencies, timing functions, and duty cycles. It also features low power consumption and can be configured using a single programming line. The part is suitable for use in automotive and military applications, as well as medical and industrial applications.

In summary, the PI6CX100-27WE is a highly advanced programmable timer and oscillator, designed for use in embedded applications and high-performance, low-jitter frequency synthesis applications. It includes a programmable clock source, programmable duty cycle delay, and programmable cycle times. It provides a level of flexibility and versality that makes it ideal for use in automotive, military, medical, and industrial applications. It features low power consumption and can be configured using a single programming line.

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