CX3225SB49152F0HELC1

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Introduction

CX3225SB49152F0HELC1 is one of the most common and cost-efficient quartz crystals used in various industries in order to produce precise and accurate timing signals for various applications, such as watches, cell phones, industrial equipment, and more. Because of its unique features, this type of crystal is often used in high frequencies. The following article explores the application field, the working principle and technology of this type of crystal.

Application Field

CX3225SB49152F0HELC1 crystals come in various sizes, shapes, and oscillation frequencies, making them useful for a wide range of applications. One of the most common applications is in radio and television receivers and transmitters. These crystals are also used in electronic clocks, digital watches, and microprocessors used in computers and other electronic equipment. In addition, the crystal is often used in the manufacture of telecommunication equipment, such as cell phones, PDAs, and Global Positioning Systems (GPS).

CX3225SB49152F0HELC1 crystals are also used in high frequency and ultra-high-frequency (UHF) equipment. This includes RFID readers, remote control systems, microwave ovens, and Wi-Fi routers. In addition, the crystal is often used in medical equipment, such as heart rate monitors, blood pressure monitors, and ECG machines. The crystal’s ability to provide accurate timing signals makes it invaluable in these types of applications.

Working Principle and Technology

CX3225SB49152F0HELC1 crystals work by vibrating at a distinct frequency when an electrical current is applied to them. The output signal is then picked up by a receiver, which decodes the signal into usable information. The crystal is made up of a quartz crystal that is cut with precise accuracy in order to produce its distinctive frequency. The crystal is then mounted in a quartz oscillator, which is connected to an electronic circuit surrounding the crystal. As the quartz crystal vibrates, it generates a signal that is transmitted by the electronic circuit.

The oscillation frequency of the CX3225SB49152F0HELC1 crystal is determined by its shape and size. The crystal is typically calibrated at a frequency of 32.25 MHz. This frequency can be increased or decreased by altering the size or shape of the crystal. Different applications require different frequencies, so it is important to choose the appropriate size and shape for the crystal.

In order to ensure its accuracy and stability, a CX3225SB49152F0HELC1 crystal is tested in a temperature range between -25℃ and +85℃ for its specified frequency. The quartz crystal is also tested for frequency stability over a period of time. The stability testing process is used to determine how well the crystal can maintain its frequency over longer periods of time.

Conclusion

In conclusion, CX3225SB49152F0HELC1 is a cost-efficient quartz crystal that is used in various industries and applications. The crystal is used to produce precise and accurate timing signals for applications ranging from radio and television receivers and transmitters to medical equipment. Its working principle and technology are based on the vibration of a quartz crystal, which produces a signal when an electrical current is applied to it. The frequency of the crystal is determined by its size and shape. It is also tested for accuracy, stability, and reliability to ensure it meets the desired specifications of the user.

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