TC-14.7456MDD-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are important components of any electrical system. They are used in many applications from consumer electronics to military equipment, and various specialized applications. The modulated delay-dither type oscillator (TC-14.7456MDD-T) is a specialised variant used to produce precision timing signals and accurate frequency synthesis from a much lower frequency reference. This article will explore the application fields and working principle of these oscillators.

Application fields

The TC-14.7456MDD-T oscillators are commonly used in light wave or speed measurement applications, clock and timing circuits, synchronization and frequency control systems, and automatic test equipment. These applications require signals of a very high level of accuracy and stability, and the oscillators can provide them.

In synchronization and frequency control applications, the oscillators can be used to generate signals with very low jitter and extremely high stability and accuracy. For light wave or speed measurements, the oscillators can provide a precise pulse width and duration accuracy that can measure very small time intervals. This makes them ideal for use in high-speed laser and optical systems.

The TC-14.7456MDD-T oscillators can also be used in clock and timing circuits. Timing circuits require signals of higher accuracy and stability than other applications, and the oscillators can provide that. They can also be used in automatic test equipment, where precision timing signals are required to perform accurate measurements.

Working principle

The TC-14.7456MDD-T oscillators are based on the Modulated Delay-Dither Type (MDD-T) principle. This is a variation of the Delay-Line Oscillator technique, with the addition of a dither generator to reduce jitter and improve stability.

The oscillator circuit uses a Delay Line element as its main component. This is a very long piece of transmission line, which is used to create the desired oscillation frequency. The longer the delay line, the lower the frequency of the oscillation. This delay line is the key to the modulation and dithering functions of the oscillator. The Delay Line is fed with an input signal, which contains the modulation and dithering components.

The modulated part of the signal is transmitted through the Delay Line, where it is delayed. The dithering component is processed separately, and added to the modulated part of the signal. This creates a stable frequency output with very low jitter.

The MDD-T oscillators also have a frequency adjustment function, which allows them to be tuned to any required frequency. This makes them very versatile and useful for many different applications.

Conclusion

The TC-14.7456MDD-T oscillators are an advanced type of oscillator, used in many different applications where very high levels of accuracy and stability are required. They use the Modulated Delay-Dither Type principle, which combines the stability of Delay-Line Oscillators with the precision of dithering. The oscillators also have a frequency adjustment function, allowing them to be tuned to any required frequency, making them very versatile.

The specific data is subject to PDF, and the above content is for reference