IDT5T9110BBGI

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The IDT5T9110BBGI is a versatile, highly integrated Phase-Locked Loop (PLL) designed to be used as a frequency synthesis engine, clock generator, and clock/data distribution in a variety of applications. It is primarily intended for consumer, industrial, communications, and network applications.

The IDT5T9110BBGI utilizes a 3-stage PLL for frequency synthesis and voltage-controlled oscillator (VCO) control. It integrates a divide-by-8 current-controlled oscillator (CCO) and an LSI clock/data synthesizer and generator to enable flexible clock synthesization, jitter management and clock/data generation. It can generate frequencies up to 200 MHz, and features flexible and configurable output levels.

The IDT5T9110BBGI integrates a clock generator, PLL and frequency synthesizer into a single chip, providing significant cost savings and making it attractive for many applications. It is ideal for a wide range of network applications, including multi-site clock/data distribution over long distances and high-speed data sharing.

The IDT5T9110BBGI can be used as a clock generator to generate single clock outputs from a 65.8 MHz to 200 MHz reference clock. It also offers real-time frequency synthesis and clock generation from an input reference clock of 8 kHz to 200 MHz. And it can be used for multi-phase clock/data distribution with an output period of up to 200 MHz.

The PLL consists of three main sections: a crystal oscillator, a voltage-controlled oscillator (VCO) and a phase-frequency detector (PFD). The PLL will adjust the VCO frequency as needed to ensure that it is in phase with the reference clock. The PLL will also adjust the frequency of the VCO to generate the desired output frequency.

The IDT5T9110BBGI can be used in a wide variety of applications, such as providing oversized clocks to drive network processors, distributing multi-phase clock/data to long lines, and providing precision clock frequencies to multiple destinations. It is also suitable for use in wide-area networking, communications and embedded systems, providing accurate and reliable frequency synthesis and clock/data distribution.

In conclusion, the IDT5T9110BBGI can be used for clock generation, frequency synthesis, and clock/data distribution in a variety of applications. Its highly integrated design provides significant cost savings, making it an attractive solution for a wide range of network applications.

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