DSC1001CE2-024.5760

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Introduction

The DSC1001CE2-024.5760 oscillator is an integrated circuit that is designed for use in a wide variety of signal processing and microprocessor applications. It is comprised of a pair of two crystal oscillators, and utilizes a low-power, low-cost silicon technology to achieve high frequency and excellent signal integrity performance. This oscillator is used as a key component in the design of a number of electronic circuits including frequency synthesisers, frequency counters, frequency dividers, digital signal processors, and microprocessors, amongst many others. This article will outline the application fields and working principles of the DSC1001CE2-024.5760.

Application Fields

As previously mentioned, the DSC1001CE2-024.5760 oscillator is commonly used in a wide variety of signal processing and microprocessor applications. These include a number of communication systems, such as Wi-Fi, Bluetooth, or cellular networks. In addition, the oscillator is used in test and measurement equipment, such as data acquisition systems, digital voltmeter and frequency counters. The oscillator is also used in a variety of consumer electronics products, such as digital cameras, gaming consoles, television sets, and personal computers. Additionally, it is used in radio communications, GPS navigation systems, and other navigation technologies. Finally, it is used in general-purpose oscillators that are designed to provide a regulated output frequency with a long term stability.

Working Principle

At the heart of the DSC1001CE2-024.5760 oscillator lies two quartz crystal oscillators, which are connected in parallel. Each crystal oscillator is linked to a field effect transistor (FET) switch, which is used to control the current that flows through the oscillator. The voltage applied to the FET switches then control the oscillation frequency of the oscillator. The oscillator works by continually alternating the voltage that is applied to the FET switches. As the voltage alternates between positive and negative, the current that flows through the crystal oscillators also alternates in the same way. This causes a continual oscillation of the frequency of the signal generated by the oscillator, thereby providing a precise and stable output frequency that is suitable for various signal processing applications. The DSC1001CE2-024.5760 oscillator also operates in a low-power mode and is equipped with an integrated phase-locked loop (PLL) circuit which allows for precise frequency control and synchronization with an external clock source. This ensures that the oscillator always operates at a precise frequency, providing excellent signal integrity performance.

Conclusion

The DSC1001CE2-024.5760 oscillator is a high-performance, low-cost integrated circuit that is designed for a wide variety of signal processing and microprocessor applications. It is comprised of two quartz crystal oscillators which are connected in parallel, and utilizes a low-power silicon technology to achieve a stable and precise output frequency. Furthermore, the oscillator is equipped with an integrated PLL circuit which allows for the precise synchronization of the oscillator with an external clock source. This makes it an ideal choice for many signal processing applications.

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