TD-12.352MCD-T

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Oscillators: TD-12.352MCD-T Application Field and Working Principle

Oscillators belong to the wide class of electronic components, playing a pivotal role for a variety of applications. One of the most recognized oscillator is the TD-12.352MCD-T, which is used when high performance performance and reliability is needed. This article will explore the application field and working principle of TD-12.352MCD-T.

Application Field

TD-12.352MCD-T oscillator is utilized in a variety of high performance applications such as communication systems, computer networks, industrial automation, aircraft systems, and medical imaging devices. This oscillator is designed for applications that require a long-term stability and superior reliability on a consistent basis. It features a 5 MHz offset frequency range, and a 0.5% tolerance of nominal frequency. Furthermore, it provides the system designer of these key applications with the ability to operate within extreme temperature conditions up to 105°C.

In terms of durability, TD-12.352MCD-T is designed for a long product life. It includes a built-in protection features against resetting failure, vibration, shock, low ESD, and radiation. Moreover, this oscillator can operate in a low EMI environment, making it an ideal choice for applications sensitive to EMI.

Working Principle

TD-12.352MCD-T oscillator utilizes a quartz crystal resonator as the main frequency source. The quartz is made of Aluminum nitride or oxidized AT-cut silicon. When electrically-excited voltage passes through the quartz crystal, the quartz crystal starts to vibrate, generating a signal in the form of a sine wave. This sine wave is then amplified and rectified triple times, producing a controlled oscillation which is used to drive externally connected circuits.

TD-12.352MCD-T oscillator uses operating parameters which are developed specifically for the oscillator, to achieve high performance, among them are frequency compensation and insulation characteristics, supply voltage, temperature stability, aging time and shock resistance. Moreover, the oscillator features 1.8V to 3.3V low voltage operating power, making it suitable for a wide variety of designs. It also includes an output disable feature, which is useful in applications that require alternating between the operating and idle states.

Conclusion

The TD-12.352MCD-T oscillator is an ideal choice for applications requiring long-term stability and superior reliability. It is capable of high-performance operation under extreme temperatures, and is durable enough to remain reliable under harsh conditions. The oscillator is also suitable for a variety of designs, and includes an output disable feature. The oscillator works through the use of a quartz crystal resonator, which is vibrated to generate a signal and then amplified and rectified to create a controlled oscillation capable of driving externally connected circuits.

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