MC88915TEI70

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MC88915TEI70 is a high-performance timing and clock solutions device specifically designed for clock generation, switching and synchronization. It offers a very low jitter frequency synthesizer with selectable holdover or tracking options, a programmable switch matrix, and a wide range of output types. This device enables signal conditioning functions from single to multiple output frequencies and appropriate clock signals for various clocking applications. In addition to its superior performance, it offers superior power efficiency, scalability and versatility in your signal conditioning solutions.

In addition to providing direct frequency translations and clock generation, the MC88915TEI70 also allows for switch-based signal routing for global distribution, fanout, time-based signal conditioning and synchronization, and frequency synthesis of output frequencies from a given input frequency. These functions effectively create a fully self-contained signal conditioning and timing solution with unified power, synchronization and control.

The MC88915TEI70 employs an advanced Phase-Locked-Loop (PLL) design to provide improved performance and lesser jitter than traditional solutions. It provides selectable holdover or tracking options to handle input frequency changes while maintaining the output frequency within a specified range, with superior accuracy and jitter performance. It also offers a wide range of output options with both 3.3V and 5V logic levels. With integrated Multi-Synth phase-locked loops to synthesize multiple output frequencies, this device is ideal for applications that require precise clock/timing generation, synchronization and distribution.

The MC88915TEI70 is designed for clocking applications in telecommunications, broadcast, test and measurement and defense. It offers an ideal solution for providing precise clock and frequency synthesis and signaling within these fields. It is also suitable for clock distribution systems, timing applications, and synchronization solutions. In addition, this device is designed for optimization and agility, providing superior dynamic performance and flexibility in the field.

The MC88915TEI70 utilizes an innovative multi-clock architecture for efficient power consumption and flexibility in design. Further, it features an on-chip power-management system with programmable clock and logic drivers which further reduces power consumption and extends battery life in portable and remote applications. The programmable clock and logic drivers offer precise control over the output signals. It also offers high-speed I2C and SPI interfaces for integration with controlling systems.

In addition to its high performance and power efficiency, the MC88915TEI70 also provides a feature-rich set of applications and peripherals. Its versatile functionalities permit it to address a wide range of clocking needs and applications. These applications include a wide range of clock switching, fan-out and frequency synthesis functions with excellent accuracy and low jitter performance. These versatile and accurate switching, fanout and frequency synthesis capabilities make the MC88915TEI70 an excellent choice for clocking and timing applications.

In overall, the MC88915TEI70 is an ideal device for clocking and timing applications due to its high performance, power efficiency, and wide range of applications and features. With its integrated multi-clock architecture, power management system and versatile clock and logic drivers, it is capable of addressing a wide range of clocking needs and applications. Its selectable holdover or tracking options, programmable switch matrix and wide range of output types all serve to make this device an excellent timing, clock and synchronization solution for any application that requires reliable and accurate clocking.

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