CX3225SB16000E0FPZ25

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Crystals are incredibly versatile components that have found uses in many different applications, from clock oscillators to computer inverters and logic circuits. The CX3225SB16000E0FPZ25 crystal oscillator is one such device, and it is useful in a range of applications due to its high frequency stability, small size and reliability. This article will explain the application field and working of the CX3225SB16000E0FPZ25 crystal.

The CX3225SB16000E0FPZ25 is a high frequency crystal oscillator designed for use in high frequency and precision applications such as mobile phones, base stations and data communication. Its key features include a wide operating temperature range from -40°C to +85°C, a frequency range of 16MHz to 50MHz, a low power consumption of 5pF and a fast start-up time of 17ms. It is also made with a lead-less ceramic package.

The CX3225SB16000E0FPZ25 has a number of uses in the fields of telecommunications and data communication where precise timing is essential. It has a low jitter of 100psrms, making it ideal for applications such as baseband frequency synthesis, time-domain multiplexing and digital address filter applications. It is also widely used in television transmitter modulators, digital video recorders and digital audio transmitters.

In terms of its working principle, the CX3225SB16000E0FPZ25 crystal oscillator works on the principle of acoustic resonance. The vibrating quartz crystal produces a steady stream of high frequency signals whose frequency can be accurately monitored. This signal is then amplified by an onboard amplifier and then fed to the output pins.

The CX3225SB16000E0FPZ25 crystal oscillator offers excellent performance in terms of accuracy and consistency over a wide temperature range. Furthermore, its leadless ceramic package makes it well suited for use in portable and embedded applications. Finally, its small size and low power consumption make it an ideal choice for a range of applications.

In summary, the CX3225SB16000E0FPZ25 crystal oscillator is an ideal choice for a range of high frequency and precision applications such as mobile phones, base stations and data communication. Its features such as wide operating temperature range, accurate frequency range and low power consumption make it well suited for such applications. It also has the advantage of acoustic resonance working principle, that ensures its high accuracy and stability in operation.

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