CE3391-3.686400

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The CE3391-3.686400 oscillator is a high-performance oscillator module for frequency control and measurement applications. It is a three-port module, consisting of an oscillator, an amplifier and a frequency counter. The oscillator module can be used to produce precise and stable frequency control signals in both the natural frequency and in the frequency-shifted mode.

The working principle of the CE3391-3.686400 is based on the oscillator-amplifier-frequency counter configuration. In this configuration, an oscillator is used to generate a signal which is then amplified and fed to a frequency counter which measures the frequency of the signal. The frequency counter then gives a feedback to the amplifier, allowing it to stabilize the frequency of the generated signal. The frequency of the signal is also adjustable allowing for precise frequency control.

The CE3391-3.686400 has a wide range of application fields. It can be used in a variety of frequency control and measurement applications, such as communications, navigation and timing systems. The module can be used to precisely control frequencies for altimeter and remote sensing systems, radio navigation systems, signal processing systems and communication networks. It can also be used to measure, characterise and stabilise signals for remote-sensing and communication transceivers.

The CE3391-3.686400 provides high levels of accuracy and stability and is suitable for use in a wide range of applications. The module is also highly reliable and can be used in extreme temperature environments. In addition, the module is also cost-effective and requires minimal power consumption, making it a good choice for frequency control and measurement applications in low-power applications.

In conclusion, the CE3391-3.686400 oscillator is an ideal module for high-performance frequency control and measurement applications. It provides high levels of accuracy and stability and can be used in a wide range of applications. The module is also highly reliable and cost-effective, making it a good choice for frequency control and measurement applications.

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