PL602-03OC-R

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The PL602-03OC-R is a high performance clock generator with low power length and high stability that is typically found in clock/timing applications. It is an integrated dual-channel, programmable, low jitter quartz-based clock generator and PLL. It has an auto-calibration function and produces 14 frequencies from 200KHz to 1GHz.

The PL602-03OC-R integrates a quartz oscillator, a digital control logic, and a voltage stabilization circuit inside the oscillator. It uses a digital-controlled voltage oscillator to produce the clock signal and a digital-controlled phase locked loop (PLL) to manage the output. To lower the power consumption, the voltage tuning range of the quartz oscillator is limited to 0.6 to 3.0V via the auto-calibration function.

The PL602-03OC-R clock generator can be used in a variety of applications such as communiating, streaming audio/video content, cellular communications images and other digital data, etc. It can also be used in medical imaging, test systems, and scientific research. The PL602-03OC-R is an ideal solution for applications that require a very low phase-locked loop jitter while offering strict phase noise requirements.

The PL602-03OC-R provides a wide range of output frequencies from 200KHz to 1GHz. The digital interface is used to program the device for different output frequencies and other parameters. The device provides a signal up to 1GHz and a maximum accuracy of ±2ppm over the operating temperature range. This enables the device to be used for very precise tuning applications.

The PL602-03OC-R also has an adjustable duty cycle from 30% to 70%, allowing for tailoring of the expected output signal. Furthermore, it has a low power consumption in standby mode, so it can be powered down to conserve energy.

The PL602-03OC-R provides a very high stability over temperature than conventional oscillators. Its low jitter and wide range of frequencies make it an ideal choice for a variety of clock/timing applications. Its compatible with both a single ended and differential signal output, making it suitable for a wide variety of applications.

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