PL502-37OC

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The PL502-37OC is a specialized clock generator, frequency synthesizer, and programmable PLL (Phase Locked Loop) device specifically designed for the telecommunications, instrumentation, and data acquisition industries. Through the uses of advanced digital design techniques and high speed analogue circuitry, it can synthesize and generate a wide range of frequencies and timing parameters with great accuracy and stability.

The PL502-37OC is capable of generating up to +37 output clock signals based on one or two differential reference clocks. There are four primary settings for the output signal, namely MonoStrobe, Passthrough, Synchronous, and Asynchronous. The MonoStrobe and Passthrough modes are useful for transmitting signal data. The Synchronous mode allows the user to run at a higher clock rate than the reference signal and creates a stable, synchronized output from the PLL. Finally, the Asynchronous mode allows for the generation of a clock signal even when the reference signal is not present.

The device supports a wide range of input reference frequencies, up to 9.75 GHz, and can also accept a wide variety of dual-phase inputs. Additionally, the device can be overclocked to generate an extended range of frequency settings that exceed the reference signal frequency. All possible combinations of settings and clock inputs can be programmed with the device\'s microprocessor, making it a highly flexible and easy to use product.

The PL502-37OC also features an integrated set of robust clock control logic. This logic allows the device to remain in the same general frequency range even under the most unpredictable conditions and reduces the impact of external interference. Additionally, it allows the device to automatically adjust its settings to maintain reliable and accurate operation.

At the heart of the PL502-37OC lies a 13-stage PLL (Phase Locked Loop) circuit composed of an analog loop filter and voltage controlled oscillator (VCO). The analog loop filter is responsible for providing clean and stable input signals to the VCO, so that the output frequency is within the specific range of the input clock signal. The VCO, in turn, is responsible for generating the intended output frequency.

In addition, the PL502-37OC also supports advanced jitter and timing control. This allows the device to stage efficient frequency synthesis between the reference input clock and the generated output frequency. The output frequency can be adjusted and analyzed in real-time so as to ensure that the output signal retains high accuracy and minimized jitter.

Ultimately, the PL502-37OC is an ideal product for a variety of applications that require precise timing, jitter control, and frequency synthesis. It is, for good reason, a reliable and versatile device for use in many fields where precision and accuracy are required. For telecommunications and data acquisition, the PL502-37OC is the perfect device, providing clean, stable output signals with excellent precision and control.

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