PI6C4911505-07LIE

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Clock/Timing - Clock Buffers, Drivers is a field of electronics concerned with the design and manufacture of electrical equipment for the purpose of synchronizing and generating digital clocks. The PI6C4911505-07LIE (hereafter referred to as the “Device”) is a high-frequency buffer/driver which is designed for applications such as FPGA/CPLD clocking and communications.

The Device is a low-power, low-jitter controller that can drive up to four 3.3V outputs. It has extended frequency range support, high-frequency stability, and programmable operating frequency. This makes it a great choice for use in industrial, automotive, and telecommunication applications.

The Device utilizes advanced circuitry to provide improved signal integrity and lower radiation emissions. It has a power consumption of just 6 mA and comes in a very small QFN package, making it ideal for applications in which size and low power consumption are both critical.

The Device features programmable clock output options that can be set by a programmable setting. The clock output can be set to either a 2.5V or 3.3V digital logic output. It also provides a low jitter clock signal at up to 200MHz and support for multiple input sources.

The Device\'s functionality is made possible by its two major components: the buffer and the driver. The buffer provides the correct signal level output while the driver amplifies the signal to the desired output voltage level. This helps reduce power consumption and increases the speed of the Device. The device also has an on-board oscillator which helps to ensure that the output clock signal stays stable and accurate.

In addition to its buffer and driver, the Device also has an integrated start-up circuit which helps to enable quick and accurate timing for the internal clock generator. This helps to ensure that the output signal is as accurate as possible. The Device also features a selectable output impedance, which allows the user to choose between higher propagation delay or increased signal integrity.

The Device is also capable of operating in one of two modes: parallel or single line. In the parallel operation mode, the output signals are synchronized and driven simultaneously. In the single line operation mode, two separate output signals are driven, allowing for independent signal propagation and control.

The overall goal of the Device is to provide a reliable and efficient way to generate high-frequency clock signals with low power consumption and lower radiation emissions. It is designed to be used in applications that require precise timing and low jitter, such as high-speed memory interfaces and communications protocols. The Device\'s small size and low power-consumption make it an ideal choice for applications in which size and performance are both important considerations.

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