TC-29.4912MBD-T

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Oscillators are integral components in various electronic and systems. TC-29.4912MBD-T in particular is an oscillator that has a wide range of applications. Its principles of operation and utilization are discussed in the following context.

The TC-29.4912MBD-T oscillator is an ultra-low Jitter Crystal Oscillator. Its low Jitter below 1 picosecond ensures that it is usable in many applications. The TC-29.4912MBD-T has a wide range of frequency options. The selection of application-specific frequencies, when necessary, is available as well.

The oscillator has a remarkable accuracy. The accuracy value is calculated by subtracting the maximum drift from the desired accuracy value. This maximum drift in turn is derived from an acceleration and deceleration test. Its average stability (AT) is a value of ± 25ppm, which is within the stable range of the TC-29.4912MBD-T.

The TC-29.4912MBD-T is suitable for applications where the required jitter is low. It is possible to use the oscillator for high speed interfacing, such as SONET/SDH, Synchronous Ethernet, and Digital Audio Broadcasting (DAB). It can be used for telecom clock source equipment, data converter clock source equipment, optical clocksource applications, network synchronization devices, broadcasting and broadcast related applications, and even power management.

The TC-29.4912MBD-T oscillator is based on the proven Pierce Oscillator Topology, a symmetrical, robust architecture that is quartz-based. It is a CMOS-based oscillator that has low frequency stability and short term jitter performance. The oscillator also saves power in its operation, as the maximum current it consumes is approximately 6mA at 2.45V.

In terms of working principle, the operation of the TC-29.4912MBD-T oscillator starts with the provision of a reference clock frequency. This reference clock frequency then passes through an active logic circuit, where it is subjected to an amplification process. This amplified signal is then filtered, stabilized and subsequently sent out as the clock output.

Moreover, the TC-29.4912MBD-T employs crystal-based technologies, such as AT cut quartz resonators, enabling the oscillator to attain high frequency stability. The oscillator also has high summation jitters that ensure a stable and distinct clock generation. Finally, the TC-29.4912MBD-T oscillator also has compatibility features that allow it to be integrated with various interconnects and logic systems for optimal performance.

In conclusion, the TC-29.4912MBD-T oscillator is an ideal choice for various types of applications due to its accurate performance, low jitter, and compatibility with a wide range of electronic systems. It is based on proven technologies such as the Pierce Oscillator Topology, along with crystal-based technologies, making it highly reliable and stable. With all these features, the TC-29.4912MBD-T is well-suited to be used as an oscillator for many applications.

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