XLP538001.163000X

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Oscillators are essential components in many electronic circuits, providing feedback and stability in the design of the system. XLP538001.163000X is one such oscillator that is widely used in many electronic systems. This article will discuss its application field and working principle.

Introduction

XLP538001.163000X is a crystal oscillator module with a high performance and low temperature coefficient, full frequency point and low jitter characteristics. It is widely applied in many electronic systems and has a much better frequency stability than other quartz oscillators. Its frequency range of operation is from 10MHz to30MHz and it can be adjusted to be as accurate as 1.5MHz. It is also widely used in GPS navigation, calibration, and GPS transmitters due to its low jitter property.

Application Field

XLP538001.163000X oscillator has several typical application fields. The frequency stability and the low temperature coefficient makes the oscillator a popular choice in GPS navigation, calibration, and GPS transmitters. The accuracy of its frequency adjustment allow it to be used in controlling frequency in the transmission system of communication. The low jitter property also allows it to be used in various medical applications such as monitoring vital signs.

The broad frequency range also makes it attractive for applications that require a wide frequency range, such as radios, televisions, and cellular phones. It is also used in high frequency applications, such as radar, jamming systems, and remote control. In addition, its low jitter property makes it ideal for use in automotive electronics and the similar area. Other popular application fields include switch-mode power supplies, remote controls, and faucet sensors.

Working Principle

The XLP538001.163000X oscillator operates on the same principle as any other quartz oscillators. It consists of a quartz crystal and two electrodes. As a voltage is applied to the electrodes, the crystal vibrates at a precise frequency determined by its dimensions, temperature, and the voltage applied. The frequency is then amplified and output through the oscillator module.

The frequency is determined by the properties of the crystal, as well as the voltage applied to the electrodes. The crystal is cut in a specific shape and it is manufactured to vibrate at a precise frequency. The voltage applied to the electrodes is also critical, as it determines the frequency at which the crystal vibrates. The frequency value can then be adjusted via the frequency adjustment input in the module.

The output frequency of the oscillator also depends on the temperature of the system. As the temperature changes, the frequency changes as well. This is why DXLP538001.163000X oscillators have a low temperature coefficient, which means the frequency change caused by temperature changes is minimized.

Conclusion

XLP538001.163000X is a crystal oscillator module that offers a variety of application fields, such as GPS navigation, calibration, and GPS communication, as well as high frequency applications like radar and jamming systems. The frequency stability, accuracy, and low temperature coefficient makes the oscillator a popular choice for a variety of applications. Its working principle is based on the same principles of most quartz oscillators, operating on the vibrational frequency of the quartz crystal and the voltage applied to the electrodes.

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