CX2520DB30000D0GEJZ1

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Crystals

Crystals are essential components for modern electronic products and play an important role in communication systems, clocks and watches，computers, telecommunications and radio-frequency modulation systems. Crystals are also utilized in numerous applications such as oscillators, filters, amplifiers, and convertors. Recently, these versatile crystals have become increasingly more versatile with the introduction of the CX2520-DB30000-D0GEJZ1 crystal oscillator. The CX2520-DB30000-D0GEJZ1 crystal oscillator is a quartz crystal resonator that is used for a variety of applications such as system timing and frequency generation. This device is capable of delivering incredibly accurate frequencies by employing a proprietary architecture, which combines high precision oscillator construction as well as resonator circuit design. This crystal oscillator also offers exceptionally high immunity to EMI and shock, making it ideal for a variety of applications. The CX2520-DB30000-D0GEJZ1 crystal oscillator is based on a 2520 Hz piezoelectric crystal and is capable of generating frequencies up to 30 MHz. The device is a high performance, surface mount component that is constructed on an anisotropic multi-layer ceramic substrate. This allows the CX2520-DB30000-D0GEJZ1 crystal oscill...[continue]The CX2520-DB30000-D0GEJZ1 crystal oscillator is designed to provide low-jitter and low-phase-noise clock signals in high-speed digital designs. This crystal oscillator utilizes advanced capacitors and optimized circuit design to achieve maximum reliability and performance over temperature range, ensuring that electronic devices remain functioning even at extreme temperatures. Additionally, this device offers very low-power consumption and is suitable for use in microprocessor and memory applications. In terms of working principle, this crystal oscillator consists of a quartz crystal resonator and an oscillator driving circuit. The oscillator driving circuit receives the electrical signal generated by the quartz crystal and amplifies it before sending the signal to output. The quartz crystal can be excited by a signal in the form of electric power, mechanical stress, or light. This signal is then amplified and converted from an AC current to a DC current, which is known as an oscillatory signal. The oscillatory signal is then used by the oscillator circuit to generate a desired frequency. The CX2520-DB30000-D0GEJZ1 crystal oscillator is a versatile component used in a variety of applications. Its highly reliable and precise performance makes it ideal for high-speed digital circuits. In addition, the high tolerance to EMI radiation and high shock resistance make it perfect for use in portable electronic devices as well as for spacecraft, terrestrial and military applications. Furthermore, the low power consumption makes this crystal oscillator highly suitable for microprocessor and memory circuits. Overall, the CX2520-DB30000-D0GEJZ1 crystal oscillator is designed to provide precision clock signals in a variety of applications, including communication systems, clocks and watches，computers, telecommunications and radio-frequency modulation systems. Its versatile construction, highly reliable performance and exceptional resistance to environmental conditions make it perfect for a number of applications.

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