FW3840001

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Crystals are widely used in electronic products, such as watches and radios. The use of crystal oscillators is becoming increasingly common. The FW3840001 Crystal Oscillator is one such device. It is used in various applications and is becoming increasingly popular due to its efficient working principles.

The FW3840001 Crystal Oscillator is a quartz crystal oscillator module with a CMOS driver, capable of providing a stable low-jitter output frequency to the PC board. The crystal oscillator module uses an AT-cut quartz crystal to produce the desired frequency. The oscillator offers a wide range of operating frequencies and is suitable for applications up to 667 MHz. It features a high level of stability and low phase noise performance.

The FW3840001 Crystal Oscillator is designed for use in digital system clocks, and offers superior jitter performance. On-chip CMOS technology enables the device to provide a low-jitter reference clock for digital systems, providing system designers with the ability to choose the lowest cost solution for their specific application requirements.

The major features of FW3840001 Crystal Oscillator are: low-jitter, low phase noise, and CMOS integration. The oscillator can be used in a wide array of applications, including computer/server boards, video game systems, base stations, routers, switches, and microwave radio systems. It can also be used in industrial and medical imaging systems, such as CT scanners, MRI machines and ultrasound systems.

The working principle of FW3840001 Crystal Oscillator is as follows: An alternating current is applied to the AT-cut quartz crystal and this results in a piezoelectric effect. This piezoelectric effect is then amplified, resulting in an oscillating output signal. The output frequency is determined by the value of the AT-cut quartz crystal used, and is stable over time due to the highly reliable manufacturing process and quality control.

Thus, the FW3840001 Crystal Oscillator is a reliable, low-jitter solution for clock generators. It provides a low-jitter reference clock and is suitable for a wide variety of applications. It is ideal for use in embedded systems, digital systems, and industrial imaging applications.

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