CSTCC2M60G53A-R0

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Resonators are a type of electronic component used to store or conserve electromagnetic energy. The CSTCC2M60G53A-R0, built by Murata Manufacturing Co., Ltd., is specifically suited to two particular application fields: as a USB device in communications and as an Oscillator in precision timing systems. It is well suited to many different commercial and industrial applications.

The CSTCC2M60G53A-R0 is a surface-mount ceramic columnar type resonator with a low cost and high capacitance, designed to operate over a wide temperature range. It is packaged to facilitate quick installation with no through holes required. This resonator\'s structural design results in excellent vibration and shock resistance, as well as providing broad compatibility with lead-free solders.

The CSTCC2M60G53A-R0 can easily be mounted with other parts on the same board and can be incorporated into many various electronic applications due to its small size, low profile and wide frequency range. It is suitable for consumer electronics, communication systems and watch applications. It is also capable of standing up to extreme temperature extremes.

The working principle of the CSTCC2M60G53A-R0 involves vibrating or oscillating between two desired frequencies using the concept of electrical resonance. The resonator\'s terminals allow it to be connected to an AC signal source and the frequency of the electrical resonance is determined by the structure, capacitance, and inductance of the device. Its capacitance, the property of storing and releasing energy within the system, determines its resonance frequency. Its inductance is the property of responding in a voltage and current, determined by the conductive material properties.

The CSTCC2M60G53A-R0 is also equipped with an internal series resonance circuit that generates an oscillation frequency that is an integer multiple of the series resonance frequency. The digital output sensing circuits within the device are used to detect the oscillation frequency generated by the electronic components and an accurate reference for timing. A timer within the device compares each successive oscillation to determine its precision time base. It accurately measures time intervals by detecting level changes from the oscillator.

This resonator is also equipped with a damping circuit that ensures that oscillation won\'t continue past a predetermined current limit. This electronic circuit consists of a transistor and a resistor. The resistor absorbs the excess energy generated by the transistor and prevents further oscillation. This helps to ensure that the device doesn\'t cause electrical interference with other electronics in the system.

The CSTCC2M60G53A-R0 resonator is an ideal device for both USB communications and precision timing systems. Its compact size, low profiles, wide frequency range, and excellent vibration and shock resistance make it an ideal choice for many applications. With its excellent temperature tolerance and internal series resonance circuit, the device is both reliable and resilient.

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