CX3225SB19200D0FPLCC

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Crystals are ubiquitous in modern electronic circuits, mainly for their roles in frequency control, phase-locking and timing. The CX3225SB19200D0FPLCC oscillator is a highly versatile crystal with outstanding performance and a wide range of applications. In this article, we will discuss its primary application fields and working principle.

Application Fields

The CX3225SB19200D0FPLCC oscillator is ideal for numerous communication and timing applications. It is especially well-suited for automotive and aerospace products, as it offers excellent shock and vibration resistance, as well as superior temperature stability. It is also used in a wide range of consumer electronics such as TVs, radios, wireless networks, and security systems.

In addition, the CX3225SB19200D0FPLCC is the ideal oscillator for embedded or real-time processing applications. It is designed for wide-bandwidth and low-power consumption. It can support speeds up to 19.2 Mbps, and its inherent low noise characteristics make it perfectly suited for use in these types of applications.

Working Principle

The CX3225SB19200D0FPLCC oscillator consists of two primary components: a quartz crystal and an electronic circuit or “resonator” tuned to the natural frequency of the crystal. The quartz crystal vibrates at its natural frequency when an electrical current is applied, which creates a waveform that is fed back to the resonator to control its output. This process produces a precise output frequency.

The oscillator has a wide range of frequency control, from 3.2MHz to 38.4MHz, allowing it to be used for various applications. This range is achieved by adjusting the load capacitance of the resonator circuit. It also features a temperature-compensation circuit, which maintains its accuracy over wide temperature ranges. It also offers excellent noise immunity, which allows it to operate reliably in noisy environments.

The CX3225SB19200D0FPLCC oscillator is a highly reliable, low power, and cost-effective frequency-control product. Its primary application fields include automotive and aerospace applications, consumer electronics, and embedded or real-time processing. Its performance and wide frequency range make it well-suited for these applications. Its working principle is based on the natural frequency of a quartz crystal and an electronic resonator circuit tuned to the crystal’s frequency to produce a precise output frequency.

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