9B48000005

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Crystals play an important role in a wide range of applications and industries. From the simplest consumer goods to complicated medical equipment and chemical plant processes, crystals have an important place in many everyday products and services. The 9B48000005 is no exception. This article is going to discuss the application field and working principle of this type of crystal.

What is the 9B48000005?

The 9B48000005 is a type of frequency synthesizer that can be used to generate a variety of frequency signals from a single reference crystal oscillator. While frequency synthesizers are available in a variety of form factors, the 9B48000005 stands out for its small size and low power requirement, making it especially suited for applications in battery powered devices and portable instruments. The 9B48000005 also offers high accuracy and stability over a wide range of operating temperature to provide reliable performance.

Application field of 9B48000005

The 9B48000005 is primarily used in wireless communication systems, including cellular networks and satellite communications. Its small size and low power requirement makes it particularly suitable for mobile phones and handheld devices. In addition, the 9B48000005 is also used in precision measurement equipment, communications systems, automotive applications, and industrial automation.

Working principle of 9B48000005

The 9B48000005 is a type of frequency synthesizer which can be used to generate a range of frequency signals from a single reference crystal oscillator. This is done by using a combination of digital signal processing, phase-locked loop (PLL) technology, and a digital-to-analog (D/A) converter. First, the reference crystal oscillator is used to generate a basic signal frequency. This signal is then passed through a PLL circuit which is used to divide the signal frequency into various sub-frequencies that are outputted as a waveform.

The waveform is then converted by the D/A converter and outputted as a series of analog signals. The analog signals are then digitally processed to control their frequency and amplitude before they are outputted. By controlling the reference frequency, the PLL and D/A, the 9B48000005 is able to generate a range of signal frequencies from a single reference signal.

Conclusion

The 9B48000005 is a small, low-power frequency synthesizer which can be used to generate a range of signal frequencies from a single reference crystal oscillator. Its small size and low power requirement make it suitable for portable applications, while its high accuracy and stability make it reliable in precision measurement equipment. The 9B48000005 is mainly used in wireless communication systems, precision measurement equipment, automotive systems, and industrial automation.

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