DSC1001BE1-066.6666

Introduction

DSC1001BE1-066.6666 is one type of oscillators, which provide a convenient and cost-effective solution to oscillator applications. Oscillators are important components used to generate a steady, repetitive signal, with a certain frequency and amplitude, that can be used to activate and control other electrical components or electronic circuits.

Application Field

DSC1001BE1-066.6666 oscillators are used in a wide range of electronic and telecommunication applications. It is suitable for systems that require high precision and small size such as automotive, consumer electronics, wireless, and networking. The oscillator can also be used in components for information technology, transportation, medicine and many others.

The wide operating range of DSC1001BE1-066.6666 helps to make it highly compatible with various types of electronic devices and systems. This enhances the cost effectiveness of the device and makes it attractive to most buyers. The device provides a high level of accuracy and stability in its performance, and its low power consumption makes it highly energy efficient.

Working Principle

The DSC1001BE1-066.6666 oscillator utilizes a hybrid combination of analog and digital components to generate a stable and accurate output signal. It includes an electrical circuit that is composed of an analog voltage controlled oscillator (VCO) and a digital phase locked loop (PLL). The VCO can be used to start up the oscillator at any chosen frequency, and the PLL keeps this frequency precisely synchronized, ensuring stable and accurate signal output.

The VCO receives an electrical signal from the PLL. This signal is used by the VCO to generate a voltage waveform of a certain frequency and voltage. This waveform is then fed back to the PLL, which adjusts its output power so that the frequency and voltage of the voltage waveform remain constant and precise.

In order to reach the desired output frequency, the DSC1001BE1-066.6666 oscillator must have an exact knowledge of the external reference clock\'s frequency. Therefore, it uses a digitally-controlled crystal oscillator (DCO) as the external reference clock. This allows the oscillator to accurately measure and calculate the frequency and phase of its output signal.

The DSC1001BE1-066.6666 oscillator also has an on-board temperature compensation function. This function ensures that the frequency output of the oscillator does not deviate no matter what the temperature conditions are. This is a key feature of the oscillator, which leads to prolonged product life and accuracy.

Conclusion

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