DSC1101AM1-016.0000 Oscillators - Application Field and Working Principle

The DSC1101AM1-016.0000 oscillator module is a low power and low noise type of oscillator circuit that is typically used in applications where low power consumption is necessary. It is the perfect choice for use in telecommunication and other portable devices which require a high frequency stability and accuracy. Additionally, it can be used in other applications, such as clocks, transmitters, receivers, and other precision electronics.

Application Field

The DSC1101AM1-016.0000 oscillator can be used for low-cost, energy-efficient and reliable operation in a variety of applications, such as clock sources for mobile devices, noise cancellation applications, precision analog-to-digital converters (ADCs), frequency regulation, and digital signal processing (DSP). Additionally, the oscillator can also be used for high-performance analog-to-digital signal converters (ADCs) as well as clock generation. Additionally, it can be used for precise surface acoustic wave (SAW) based on piezo-electric transducers and audio signal frequency (ASF) frequency detection.

Working Principle

The working principle of this oscillator is based on the negative feedback principle, which is also known as the “phase-locked loop” (PLL) principle. This principle states that if the phase of the output signal of an oscillator circuit is compared to the input signal, an error voltage will be generated. This error voltage will be applied as a negative feedback signal to the main oscillator circuit to regulate its frequency. This makes it possible to maintain an exact and stable frequency in the oscillator circuit.

In the DSC1101AM1-016.0000 oscillator, a logic comparator is used to compare the phase of an input reference clock signal to the output signal of the oscillator. This comparison is used to generate the negative feedback signal, which is then applied to the oscillator circuit. Additionally, this circuit can be adjusted to obtain a wide range of different frequencies by changing the resistance and capacitance of the oscillator components.

In order to ensure a high accuracy and reliability of operation, the DSC1101AM1-016.0000 oscillator module includes an onboard temperature compensation feature. This feature makes it possible to maintain a stable frequency even when the operating temperature changes. Additionally, the module also features a minimum output frequency of 40 MHz.

Conclusion

The DSC1101AM1-016.0000 oscillator is an ideal choice for low-cost, energy-efficient and reliable operations in a variety of applications, such as clock sources, noise cancellation, precision analog-to-digital converters (ADCs), frequency regulation, and digital signal processing (DSP). Additionally, it also features an onboard temperature compensation feature and a minimum output frequency of 40 MHz. This makes it the perfect choice for applications where the highest precision and reliability is required.