DSC1102BI2-153.6000

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Oscillators have a wide variety of applications, ranging from the timekeeping in quartz watches to the generation of radio waves in cell phones. Additionally, oscillators help in providing logical timing for digital logic systems. The DSC 1102BI2-153.6 kHz oscillator is a relatively small, yet highly efficient oscillator, which finds use in a wide variety of applications. In this article, we discuss the applications of the DSC 1102BI2-153.6 kHz oscillator and the principles behind its operation.

Applications

DSC 1102BI2-153.6 kHz oscillators are primarily employed for systems wherein frequency stability and low distortion are key requirements. These include communications systems, signal synchronization systems, and frequency and modulation control systems. In communication systems, their low jitter characteristic enables them to minimize erroneous data transmission. In radio broadcast systems, they help in providing the required frequency stability, eliminating distortion and signal fading. The oscillators also find use in industrial automation, where they are employed for controlling the motor speed. Additionally, they can be utilized for frequency modulation, frequency synthesizers and frequency-constant outputs.

Working Principle

DSC1102BI2-153.6 kHz oscillators generate a sine wave output using a quartz crystal. Quartz crystals are a type of piezoelectric material which generates a voltage when subjected to mechanical stress, and vice versa. Inside the oscillator, electrodes apply an electrostatic force on the crystal, allowing an oscillation of mechanical strain to take place, in the form of a sine wave. This oscillation is then fed to an amplifier circuit, which amplifies the signal into the output terminal. The frequency of the oscillator is controlled by the cut and size of the crystal. Different crystals correspond to different cut and size and generate different frequencies.

Quartz oscillators operate on the principle of resonance. A quartz crystal can vibrate at a specific mechanical strain. The oscillator works by precisely tuning the amplitude of the oscillation which is fed to the crystal each time it oscillates. This ensures that the crystal oscillates steadily. The frequency with which the oscillator is tuned is controlled by the shape and size of the quartz crystal. Thus, when looking at the frequency accuracy of quartz oscillators, it is important to scrutinize the size and cut of the crystals used.

DSC 1102BI2-153.6 kHz oscillators have been designed with high temperature stability and excellent shock resistance. Additionally, their small footprint and low power consumption make them ideal for various applications. With their small size, these oscillators are highly portable and easily integrated into existing systems. Their high efficiency also ensures that current and power consumption levels are kept low.

In conclusion, the DSC1102BI2-153.6 kHz oscillator is a highly efficient, robust and reliable oscillator which finds use in a variety of applications. It utilizes the resonance of a quartz crystal as the primary operating principle. With its small size, low power consumption and excellent temperature stability, it is a preferred choice for various applications in communication, broadcasting, and industrial automation.

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