416F27113ADT

Crystals

Crystals play an important role in a wide range of electrical, mechanical, and optical applications. They are essential components of circuit, system and instrumentation products, and are used to create sound and music in headphones, microphones, and loudspeakers. Crystals are also used in computers, phones and musical instruments. In this article, we will discuss the application field and working principle of 416F27113ADT crystal.

Application Field

The 416F27113ADT crystal is a type of crystal oscillator used in a variety of communication, data, and control applications. It is an athermal oscillator that can maintain performance over a wide temperature range. This makes it ideal for applications such as base station radio equipment, satellite communications, industrial controls, and smart cards, among others. The 416F27113ADT crystal is also compatible with crystals from other manufacturers, providing additional flexibility and scalability for users. Its extremely low phase noise makes it suitable for use in high-precision applications.

Working Principle

The 416F27113ADT crystal is a type of piezoelectric oscillator in which the quartz crystal is subjected to an alternating voltage. When this voltage is applied to the crystal, the quartz vibrates in a mechanical resonance which creates an electrical signal. This electrical signal is used to generate a frequency reliable enough to maintain communication between devices. This frequency is also known as the resonance frequency or oscillation frequency of the crystal. The 416F27113ADT crystal is designed to operate at a frequency of 27 MHz.

The 416F27113ADT crystal is a type of voltage-controlled oscillator, in which the frequency of the output signal is determined by the frequency of the input voltage. The frequency of the input voltage is determined by the capacitive reactance of the series resonant circuit in which it is connected, which is controlled by the size of the crystal. The frequency of the output signal can be controlled by varying the amplitude of the input voltage, which causes the capacitive reactance of the series resonant circuit to change. The resulting frequency of the output signal is a function of the input voltage frequency, the size of the crystal, and the amplitude of the input voltage.

Conclusion

The 416F27113ADT crystal is an athermal oscillator used in communications and control applications. It is compatible with crystals from other manufacturers and offers low-phase noise performance, making it suitable for high-precision applications. It is a type of voltage-controlled oscillator, in which the frequency of the output signal is a function of the input voltage frequency, the size of the crystal, and the amplitude of the input voltage.