PL123-05HSC-R

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The PL123-05HSC-R is a highly advanced clock generator and frequency synthesizer suitable for a variety of applications. It is used to generate high speed clock frequencies and reduce receiver jitter in demanding clock networks. It is ideal for use in a wide range of applications, including telecommunications, consumer electronics, automotive, and wireless networks.

The PL123-05HSC-R utilizes a highly advanced spread spectrum clock generator and multi-phase clock synthesizer. It is capable of quickly and precisely generating clock outputs from low to high frequencies, with a minimum frequency ratio of 1:200 between clock outputs. Its maximum input frequency is 5 MHz, and its maximum output frequency is 130 MHz.

The PL123-05HSC-R is also highly modular, with several modules available for use as needed. It provides both single-ended clock outputs as well as differential clock outputs for applications where noise immunity is a critical factor. The device is housed in an easily-mountable CSP package, with a footprint of 4 mm x 2 mm and height of 0.8 mm.

At the heart of the PL123-05HSC-R is a differential PLL circuit that incorporates a wideband phase-locked frequency synthesizer, along with a charge pump and voltage-controlled oscillator. This PLL circuit generates a precise clock output frequency that is locked to a reference clock. The PLL circuit also reduces receiver jitter, minimizing the effects of clock-induced noise on data transmission.

The PL123-05HSC-R also includes built-in phase adjust and digital control capabilities, allowing for precise frequency control and timing. It also features integrated temperature compensation and advanced calibration technology, ensuring that devices stay in trim over their entire operating range. In addition, its integrated crystal oscillator ensures low jitter even at high output frequencies.

The PL123-05HSC-R is ideal for use in a variety of clock applications, from digital video broadcasting and mobile TV to automotive, smart system, and network communications. It is also an excellent choice for any application requiring a wide range of frequencies and low jitter performance. Its advanced design and small footprint make it a great choice for markets where size and power consumption are key considerations.

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