DSC6301CI2CA-036.0000T

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Oscillators are widely used in electronic engineering for producing periodic pulsations of current such as those used for timing or synchronization purpose. Although different types of oscillators are built to work in various frequencies, some special application fields require specialized oscillators with specific features. DSC6301CI2CA-036.0000T oscillator is one such type of oscillators that are specially designed for use in the Industrial, Instrumentation and Automation Technology markets. This article explains the application field and working principle of DSC6301CI2CA-036.0000T oscillator.

Application Field:

DSC6301CI2CA-036.0000T oscillator is designed for high precision frequency control applications. It is especially suitable for precision clock synchronization and industrial process control. The oscillator is capable of providing stable clock signals for MCU, DSP, and ICs. It is an ideal solution for various embedded systems, industrial process controllers, metering systems, and consumer electronics. The oscillator features low jitter, low power consumption, wide operating range and high shock and vibration resistances.

Working Principle:

DSC6301CI2CA-036.0000T oscillator uses MEMS technology to generate stable and accurate clock signals. It consists of a MEMS resonator which is made of a micro-machined silicon structure built on an insulated substrate. The oscillator uses the oscillator shock to produce an oscillation frequency that is stable and immune to external factors such as temperature and vibration. The resonator is mounted in a semiconductor package and is connected to an oscillator, which provides the necessary power and control signals. The crystal unit is then connected to an external clock source, which provides the desired frequency. The oscillator is configured and tested before its sealed and vacuum tested, to ensure its accurate, reliable and stable performance.

In operation, the oscillator uses an oscillation feedback mechanism to ensure that its output remains at the required frequency. The oscillation is generated by the MEMS resonator being driven by the external clock source. The amplifier responds to the external clocks signal and the feedback signal, and produces an output. The gain of the amplifier is set to compensate for any changes in temperature which may occur during operation. The oscillator output is then manipulated to meet the desired frequencies.

The oscillator has been well-received by industrial users for its high precision and low power consumption. The precision of the oscillator is due to the MEMS resonator which provides higher accuracy compared to quartz crystal oscillators. The power consumption of the oscillator is minimized due to its design and the use of low voltage supply. Additionally, the oscillator features high shock and vibration resistances, which makes it suitable for use in harsh environments. The oscillator is also available in different packages and frequencies to meet different application requirements.

In conclusion, DSC6301CI2CA-036.0000T is an ideal choice for high-precision clock synchronization or industrial process control applications. Its MEMS resonator provides accurate frequency control, while its low power consumption ensures low cost of ownership. Furthermore, its wide operating range and high shock and vibration resistances make it suitable for a variety of applications.

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