DSC6013HI2A-003.6864T

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Oscillators are fundamental components in virtually all electronic products as they are driving the timebase and clock, generating the timing signals for oscillators, and functioning as frequency translators. The basic purpose of an oscillator is to generate an alternating waveform with feedback to maintain a particular frequency or phase. The DSC6013HI2A-003.6864T is an advanced, reliable oscillator used in a variety of applications.

The DSC6013HI2A-003.6864T applies a high performance, patented analog resonator as its core element. This resonator has excellent parameters, such as superior shock and vibration tolerance, fast frequency tuning characteristics, low-power consumption, and the ability to operate at wider temperature ranges. It supports smart power management, providing engineers with the convenience of selecting the most suitable power option for their projects.

In addition, the DSC6013HI2A-003.6864T enjoys a wide application range from telecommunications and industrial automation to consumer electronics. Its flexibility for these applications is proven in its programmability, small size, high precision, low jitter, low power consumption, high reliability, superior shock and vibration tolerance, and wide frequency range. With all these features, it is suitable for use with all kinds of communication systems, wireless systems, satellite systems, car electronics, security, medical, computer peripheral, multimedia, and other electronic products.

Working principle of the DSC6013HI2A-003.6864T is based on the principle of reciprocal synchronization. Using a negative feedback loop, the oscillator is forced to oscillate at a frequency which is defined externally. The input signal of the oscillator then passes through the feedback loop and is amplified, producing an output signal that is in phase with the input. This output signal then undergoes a phase shift between the input and output port, causing the signal to go through a cycle of amplification and reinforcement, thus maintaining the same frequency over time.

The oscillator is a linear time-invariant device, meaning that the gain and phase relationships remain constant as the frequency changes. Thus, the voltage transfer characteristic remains the same regardless of frequency changes. The frequency and phase characteristics of the oscillator are determined by peripheral components, such as the frequency control voltage, load capacitance and components in the feedback loop.

Overall, the DSC6013HI2A-003.6864T is a type of oscillator widely used for its comprehensive features and superior performance, making it accessible for a vast range of applications. Its advanced, patented analog resonator as its core element offers exceptional shock and vibration tolerance, fast implementation, low-power consumption, and the ability to operate that broader temperature range, making it perfect for use in even the most extreme conditions.

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