PI6CDBL401BZHIE

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The PI6CDBL401BZHIE is a high-performance timing buffered oscillator designed for use in applications with stringent performance and stability requirements. It is a quartz crystal oscillator with superior frequency accuracy characteristics. It is designed to be used in applications where extreme frequency stability is needed and where noise, drift and aging need to be minimized. The PI6CDBL401BZHIE is ideal for use in a variety of applications requiring reliable frequency generation and signal distribution.

Application Field

The PI6CDBL401BZHIE is designed for applications requiring stable and accurate timing, such as computer system clock synchronization, clock recovery, signal synchronization, and data communications systems. It can also be used in applications needing a signal source for frequency measurement, alignment, test and measurement devices, communications systems, and instrumentation applications. Additionally, the PI6CDBL401BZHIE can be used in professional audio, video and entertainment equipment.

Working Principle

The PI6CDBL401BZHIE is based on a quartz crystal oscillator circuit with a phase lock loop (PLL) technique. The circuit starts by using a quartz crystal that vibrates at a frequency determined by its physical properties. An oscillator circuit is integrated with this quartz crystal, producing an oscillation signal at the same frequency of the quartz crystal. The oscillator circuit amplifies, conditions and buffers the obtained signal, producing a clean signal that is suitable for external use. To further stabilize the signal and reduce any noise, the signal is fed into an additional PLL circuit to clean the signal and ensure a stable frequency output.

The PI6CDBL401BZHIE is designed to be an extremely stable and accurate clock-generator. It reduces the effects of parametric shift, aging and temperature changes that can affect typical oscillators. It delivers a very low output noise level while utilizing a standard package type that is suitable for surface mounting. Additionally, the stability, accuracy, repeatability and a wide frequency range make this oscillator suitable for many timing applications.

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