PL902156USY-T5

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PL902156USY-T5 is a four-output CMOS clock generator and frequency synthesizers designed for an optimal cost and size. It is specifically designed to cover a wide range of applications like common devices, consumer electronics, and communication products.

The PL902156USY-T5 can provide up to four outputs with 16 interchangeable frequency settings, giving the user complete control over their output frequencies. With up to four outputs and sixteen selectable frequency settings, the PL902156USY-T5 offers a complete solution for device synchronization and clock generation.

The PL902156USY-T5 is based on the Pulse-Width Modulation (PWM) architecture, which is a type of frequency synthesizer whose output frequency is determined by the frequency\'s duty cycle. By changing the duty cycle of the output signal, the final output frequency can be adjusted to fit the desired frequency. This type of internal clock generator is also known as a phase-locked loop (PLL).

The PL902156USY-T5 is an ideal clock generator and frequency synthesizer for applications such as wireless transceivers, medical instrumentation, industrial automation, and consumer electronics. Its features include low-power operation, low-EMI, and a precise phase-accuracy of +-0.01%. The device also offers superior jitter performance of less than 1ps, making it suitable for applications that require low-phase jitter.

The PL902156USY-T5 also offers two different control modes, which allow users to adjust the output frequency and duty cycle. The first mode is the PLL mode, which allows users to control the output frequency and duty cycle through a single external input. The second mode is the Free-Run mode, which allows the user to adjust the duty cycle and frequency of the output signal through two individual inputs.

In summary, the PL902156USY-T5 is a highly efficient and cost-effective clock generator and frequency synthesizer. It has four outputs and sixteen adjustable frequency settings and provides superior phase accuracy, jitter performance, and low-EMI operation. The device is perfect for applications such as wireless transceivers, medical instruments, industrial automation, and consumer electronics.

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