PI6C22405-1HWEX

Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers is a dynamically-evolving domain. In recent decades, new technologies have emerged to provide more reliable, sophisticated and power-efficient systems. PI6C22405-1HWEX is one such breakthrough product that plays an important role in this area.

PI6C22405-1HWEX is a low cost, robust, high performance low jitter frequency synthesizer with fractional-N capability. It is designed to provide a wide frequency range in the range of 16kHz to 1.4GHz and is able to output clock frequencies that are fractions of the reference frequency. The reference frequency is either internally generated from a crystal oscillator or from an external reference source. The PLL selectable loop bandwidth as well as the output clock duty cycle can be adjusted through an external crystal oscillator. This feature makes PI6C22405-1HWEX an attractive choice for systems requiring precise and reliable timing.

PI6C22405-1HWEX\'s core product is widely used in different applications such as frequency synthesis, clock generation, clock distribution and high speed interface synchronization. This product has many advantages over other frequency synthesizer such as low power consumption, high performance, flexible frequency range and output duty cycle adjustment.

Apart from its appealing features, PI6C22405-1HWEX\'s working mechanism also has several unique and noticeable elements. This device is based on two main blocks, the Voltage Controlled Oscillator (VCO) and the Phase/Frequency Detector (PFD). The VCO generates the desired output clock frequency in relation to the reference frequency and it is capable of both continuous and discrete operation. The reference frequency is provided either from a crystal oscillator or from an external source. To ensure a low jitter output frequency, the output clock is locked to the reference signal with the help of a loop filter and the PFD.

Furthermore, the VCO has two control ranges that allow the user to select the desired output clock frequency. This makes PI6C22405-1HWEX very desirable in applications that require a wide range of clock frequencies. The device also has a short lock time and low power consumption, which makes it a great power-efficient and reliable choice for wide-range applications.

In conclusion, PI6C22405-1HWEX is a low cost and highly efficient frequency synthesizer with fractional-N capability. Its features such as low power consumption, high performance, adjustable frequency range, adjustable output duty cycle make it a great choice for different types of applications. Additionally, its working principle involving two core modules and a loop filter make it a highly reliable and power-efficient option for both discrete and continuous frequency application requirements.