PL607041UMG-TR

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PL607041UMG-TR is an integrated PLL clock synthesizer with integrated VCO, which is very suitable for system clock generation and frequency conversion. It is a low power synthesizer which is used in various applications such as industrial, networking, communications, satellite chipsets and many other embedded systems.

The PL607041UMG-TR is built using advanced high-performance CMOS technology and offers both low-voltage and low-power consumption. This device also has low-noise features, enabling it to generate a clean and sinusoidal signal for use in a variety of systems.

The device has a wide input frequency range from 8 to 400 MHz, which allows for flexible implementation in different applications. It has a low-jitter output frequency range from 14 to 400MHz. The device also has programmable output performance which allows for customizing the output clock frequency. Furthermore, it has a wide input voltage range from 3.3V to 5V and a power supply design that reduces power consumption to almost zero when in stand-by mode.

The PL607041UMG-TR has a unique, patented multi-phase jitter attenuator which can provide excellent jitter performance and low-noise operation. The device utilizes high-precision digital PLL (DPLL) architecture, providing accurate frequency synthesis while keeping power consumption low. It uses an on-chip phase-locked loop (PLL) loop filter to reject noise and phase-shift artifacts, optimizing signal integrity.

The device also includes a powerful control module which is used to configure various parameters such as input clock type, VCO gain, output frequency, modulation depth and so on. This allows for manual or automatic configuration of the output frequency. The control module can also be used to access the on-chip temperature monitor for controlling the internal temperature.

The PL607041UMG-TR is a versatile, low power clock synthesizer for application in timing and frequency conversion. With its wide input and output frequency ranges, low power consumption, low-jitter operation, and integrated temperature monitoring, it provides an ideal solution for many application requirements.

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