PL602-38QC-R

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The PL602-38QC-R is a powerful and versatile clock generator. It is categorized under Clock/Timing – Clock Generators, PLLs, Frequency Synthesizers, and is capable of generation a wide variety of signals. With its simple design and intuitive operation, this clock generator is able to cover a wide application field and offer reliable performance.

Application Field

The PL602-38QC-R is primarily used in industries such as computing and data communications, military and aerospace, automotive, and medical. It can be used to generate the output clock signals needed in device or system testing, clock multiplexing or de-multiplexing, and data synchronization. It also supports a wide variety of output clock formats, such as differential/common/square wave, sine wave, LVCMOS, LVDS, HCSL, and SSC. It also has a wide temperature range and low jitter, making it suitable for half-rate or full-rate applications. In addition, it is able to generate signals from 0 to 6GHz, offering flexibility for a wide range of applications.

Working Principle

The PL602-38QC-R’s working principle is based on a phase-locked loop (PLL) design. It performs its function by incorporating two oscillator circuits. These two oscillator circuits, a reference oscillator and a driven oscillator, work together to generate a stable output clock at a frequency determined by the locking mechanism of the PLL. The reference oscillator produces the reference signal while the driven oscillator generates the clock output. These two signals are then compared and the difference is fed back to the input of the reference oscillator. This ensures that the frequency of the output clock is always stable and accurate.

The PL602-38QC-R’s ability to generate a wide range of output clock signals makes it suitable for a plethora of application fields, especially those that require quick and reliable performance. Its intuitive operation and comprehensive feature set make it an ideal choice for a wide range of applications. Its versatile design makes it perfect for applications such as testing, multiplexing/demultiplexing, and data synchronization, giving users the assurance of success.

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