GL150F35IDT

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Crystals are used to provide a consistent and reliable reference frequency in radio transceivers, cellular base stations, medical devices, test and measurement equipment and other precision circuitry. The GL150F35IDT is a special type of crystal oscillator that does this by using a unique combination of design features. This article will describe the application field and working principle of the GL150F35IDT.

Application Field of the GL150F35IDT

The GL150F35IDT crystal oscillator is designed to provide a higher stability frequency reference over a wide temperature range. It is especially suitable for application fields such as telecommunications, navigation and survey, automotive, test and measurement, as well as industrial control and monitoring.

The GL150F35IDT has a fast start-up time, a wide frequency adjustment range and can be used in a wide variety of application fields needing accurate and reliable frequency references such as cellular base stations, medical devices, radio transceivers, frequency synthesizers, test and measurement equipment, digital circuits and clock distribution systems.

Working Principle of the GL150F35IDT

The GL150F35IDT crystal oscillator utilizes a combination of design features that enable it to achieve a higher stability frequency reference. The main feature of the GL150F35IDT is its vibration-compensated design. The design features a unique vibration-compensated crystal, which enables the oscillator to maintain a highly stable frequency over a wide temperature range.

The GL150F35IDT also features a highly accurate voltage-controlled oscillator (VCO) circuit, which ensures that the frequency is consistent over a wide range of temperatures. The VCO circuit also provides for a wide frequency adjustment range, allowing for precise frequency corrections.

Moreover, the GL150F35IDT features an ultra-low phase noise design which helps reduce jitter and noise while maintaining a more precise frequency reference. The oscillator also has a high initial stability, ensuring that the frequency is accurate when the oscillator is first powered up.

Conclusion

The GL150F35IDT crystal oscillator is designed to provide a higher stability frequency reference over a wide temperature range. Its main feature is its vibration-compensated crystal, which enables the oscillator to maintain a highly stable frequency over a wide temperature range. Additionally, the oscillator utilizes a highly accurate voltage-controlled oscillator (VCO) circuit and an ultra-low phase noise design which helps reduce jitter and noise. These features make the GL150F35IDT suitable for a wide variety of application fields requiring an accurate and reliable frequency reference.

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