MK1714-02RTR

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Frequency synthesis - the controlled oscillation of a signal at an accurate and stable frequency - is an essential operation in many communication and control electronics applications. From a timing perspective, it allows for the transmission and reception of signals in an exact and predictable period, enabling reliable synchronization between two points in a network. The MK1714-02RTR is a fully integrated frequency synthesizer that is ideal for applications that require a high degree of precision and timing accuracy.

The MK1714-02RTR is based on the Master Synchronous Design, or MSD, a patented architecture that is uniquely suited to the generation of a wide variety of programmable clock signals. This design is based on a patented combination of logic elements and circuitry that provide increased precision and improved low-noise performance, along with extremely reliable timing characteristics. The MSD architecture also provides inherent temperature tracking capabilities, as temperature variations are compensated by the circuitry to ensure stable timing performance. The device also features a composite synchronous architecture, which enables extremely fast synchronization of two devices across a common reference clock.

The MK1714-02RTR can generate a wide variety of clock signals, from the simplest signals to a rich, complex set of programmable clocks. The clock signals can be programmed with a single configuration register, allowing for a wide range of programmable clock frequencies and parameters. The device can also generate a wide range of frequencies, including the popular high speed frequencies such as 2.4GHz, 2.5GHz and 3GHz, as well as lower speed signals such as 10MHz, 20MHz and 40MHz. This makes it suitable for a wide range of clock applications, from wireless LANs and Zigbee, to SONET, PON and DSL.

The device also features a distributed amplifier design, which helps to reduce jitter and noise, resulting in improved signal quality and reliability. This is done by distributing the entire synthesizer and amplifier circuitry across multiple integrated circuits, thus reducing the amount of amplifier distortion. The distributed amplifier design also enables the MK1714-02RTR to maximize output power efficiency, as the amplifier only needs to operate at the levels required by any particular application.

The modulation performance of theMK1714-02RTR is also very high, offering superior system performance and noise immunity. This is accomplished by utilizing a unique phase modulation technique, which allows controlled phase shifts among clock signals, resulting in increased output power and reduced error rate. This modulation technique can also be used to control the frequency of the clock signal, enabling the MK1714-02RTR to generate a wide variety of different frequencies.

The MK1714-02RTR is an extremely versatile frequency synthesizer, providing a wide range of applications and advantages. Its design enables it to generate a wide range of different clock frequencies, from the basic 8MHz clock signals used in communication networks, to the faster clocking signals used in high speed data transceivers and transceivers. Its distributed amplifier design helps to reduce jitter and noise, resulting in improved signal quality and reliability. Its modulation performance offers superior system performance and noise immunity. In addition, its temperature tracking capability ensures that the output frequency remains stable over a wide variety of operating temperatures.

The MK1714-02RTR is an ideal solution for any application where high quality, reliable clock generation and accurate frequency management are key. With its wide range of clock frequencies and adjustable parameters, it is well suited for wireless LANs and Zigbee, SONET, PON and DSL applications. Its distributed amplifier design and modulation performance enable improved signal quality and noise immunity, making it suitable for a wide range of clock applications. The device offers excellent temperature tracking and precise frequency control, making it an ideal solution for applications requiring precise timing.

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