CDCE913PW

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The CDCE913PW is a high-performance, multiphase clock generator for low-power applications. It provides an extremely wide frequency range and offers great scalability, enabling system designers to tailor the multiple clock outputs to meet their specific requirements. It also offers superior jitter performance and low power consumption, making the CDCE913PW suitable for demanding applications such as wireless and wireline communications, high-speed digital data transmission, broadband multimedia and digital audio.

The CDCE913PW is a clock generator, phase-locked loop (PLL) and frequency synthesizer all in one device. It can be used to generate multiple phase-shifted clock outputs with very low jitter, making it ideal for applications with stringent clock performance standards. The device also features integrated voltage-controlled oscillator (VCO) operation, eliminating the need for an external loop filter.

The CDCE913PW consists of a programmable PLL, two oscillator blocks and an integrated gate array. The PLL is used to stabilize the output frequency of the device and to control the frequency with excellent accuracy. The two oscillator blocks provide multiple operations, including generating multiple clock outputs, frequency multiplication and frequency synthesis. The integrated gate array provides flexibility in controlling all the blocks and provides advanced features, such as jitter absorption and duty cycle balancing.

The CDCE913PW features a wide operating frequency range of up to 200MHz and up to 6 programmable output clocks, with different phase and delay skew settings. It also supports 1-3 clock outputs, with different phase delay settings. Furthermore, the CDCE913PW can provide an accurate frequency reference signal, enabling users to accurately control frequency-dependent applications, such as digital audio and multimedia devices.

The CDCE913PW supports both differential and single-ended clocks and has a wide supply voltage range from 2.3 V to 5.5 V. The device also features low power consumption, with a typical power consumption of less than 3uW, making it suited for low-power applications.

The CDCE913PW fits perfectly for critical clock generation scenarios, such as time-sensitive applications, medical imaging and matrix switching. The highly programmable PLL enables system designers to customize the output frequency and configure the device to offer the best performance for their applications.

In conclusion, the CDCE913PW is a high-performance, low-power and highly scalable clock generator, phase-locked loop and frequency synthesizer, capable of generating multiple phase-shifted clock outputs with excellent accuracy and low jitter. It is highly suited for applications with stringent clock requirements, such as communications and multimedia, as well as critical clock generation scenarios.

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