ATS200C-E

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Crystals have been studied extensively and utilized in a variety of applications and have played a major role in modern society. This includes medical, industrial, communications, entertainment, and consumer products, among many others. ATS200C-E is a special crystal, which exhibits characteristics suitable for high frequency and extremely high precision circuit applications. It is made of advanced semiconductor materials, and features low phase noise, low insertion loss, and extremely low phase drift. This article will discuss the application field and working principle of the ATS200C-E crystal.

The ATS200C-E crystal is capable of reaching extremely high frequency, making it ideal for use in high precision applications. It is designed specifically for circuits with need for frequency, phase and amplitude stability, such as radio frequency (RF) transceivers, digital frequency synthesisers and broadband transceiver systems. These systems require crystals to be able to produce stable frequency signal for transmission and reception.

The ATS200C-E crystal has a low temperature coefficient, making it suitable for operating in a wide range of temperature variations. It also has excellent temperature stability, which is important for frequency control and other related applications. Its low phase noise, low insertion loss and low drift makes it ideal for use in high precision circuits.

The ATS200C-E crystal works by converting electrical energy into mechanical energy and vice versa. When a current is applied to the crystal, the crystal lattice begins to vibrate. This vibration in turn causes the crystal to oscillate at a specific frequency, which is determined by the material used to make the crystal and the exact size and shape of the lattice. This vibration is then transferred to the oscillator circuit, resulting in an oscillating output signal.

The ATS200C-E crystal is used in various applications, such as frequency metrology, telecommunications and instrumentation systems. It is also used for RF signal acquisition and demodulation, as well as for wireless applications. The crystal is ideal for high precision applications and can be used in applications that require stability over time and temperature.

The ATS200C-E crystal is a highly advanced crystal and offers excellent characteristics for high precision applications. It exhibits low phase noise and low insertion loss, which make it ideal for use in circuit applications needing stability. The low temperature coefficient, low phase noise and low insertion loss further enhance the crystal\'s suitability for high precision applications. In addition, its high frequency range and temperature stability make it suitable for operating in a wide range of temperatures.

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