TD-12.288MCD-T

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Oscillators

TD-12.288MCD-T is an oscillator designed for use in a variety of applications requiring precision timing in a small form factor. It allows for low power consumption while providing high stability and long-term reliability. The oscillator can be used with TTL, CMOS, PCM, and other digital logic families for clock and timing functions. Its wide operating temperature range and extremely low jitter enable applications such as frequency synthesis, frequency and phase locking, timing recovery, and phase-locked loops.

Application Field

The TD-12.288MCD-T is ideal for applications that require stable and precise oscillator performance. It finds its use in high-end digital signal processing, communication, radar and navigation systems, as well as in automotive, industrial and medical instrumentation. By combining the clock accuracy and long-term reliability of the oscillator, customers can be assured of consistent and reliable performance over the life of the product.

Due to its small size, the TD-12.288MCD-T is suitable for applications where board space is at a premium. This makes it an ideal solution for embedded applications such as handheld devices, notebooks and embedded systems. Its long-term stability enables it to meet the long-term requirements of a system\'s accuracy, whether with frequency or phase accuracy, thus eliminating costly system redesigns due to clock inaccuracies.

Working Principle

The oscillator is based on the quartz crystal resonator approach, where an oscillator receives its input from a quartz crystal oscillating at a precise frequency determined by its design. The oscillator drives the crystal resonator so that it maintains oscillation at the frequency determined by the design. This oscillation is then converted to a digital signal at the output. The oscillator generates its stable output frequency based on the design of the oscillator circuitry and the parameters of the quartz crystal.

The TD-12.288MCD-T oscillator uses a Quartz MEMS technology allowing for low power consumption and low phase noise. This technology also helps to reduce the effect of shock and vibration created from external physical operation of the system and helps to maintain the very low jitter that this oscillator is capable of producing. The quartz crystal resonator also provides excellent long-term stability, providing a reliable source of accuracy in the system performances.

The Quad-MEMS technology also provides tighter frequency accuracy over the operating temperature range and with age. This makes the TD-12.288MCD-T ideal for applications that require reliability and long-term stability. It also maintains its frequency accuracy for prolonged periods, giving it the best performance over the life of the system or design.

The TD-12.288MCD-T is an optimal solution for applications requiring precision timing with low power consumption and long-term reliability. Its small size combined with its quad-MEMS technology, low power and long-term stability make it an excellent choice for embedded and digital signal processing applications. With its quartz resonator design, high frequency accuracy and jitter specifications, the TD-12.288MCD-T is a reliable and cost-effective solution for applications requiring precision timing performance.

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