XSCDDCAANF-24.000000

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Crystals are complex structures whose mechanical behavior is characterized by vibrational periodicities. This makes them ideal for use in applications where a periodicity is required, such as frequency stabilization of oscillators. XSCDDCAANF-24.000000 is a crystal material designed to provide high frequency stabilization performance in oscillator applications. This article will discuss the application field and working principle of XSCDDCAANF-24.000000.

XSCDDCAANF-24.000000 is a piezoelectric quartz-based material offering high frequency stability due to its small deviation of frequency over temperature. This material is typically used in oscillators requiring a high frequency stability over a wide temperature range. XSCDDCAANF-24.000000 has a small size compared to alternative materials, making it ideal for applications in space or other high cost applications. Additionally, XSCDDCAANF-24.000000 can be used in applications requiring high attenuation of high frequency noise. This is due to its high Q value, which reduces noise that can interfere with the signal.

The working principle of XSCDDCAANF-24.000000 is based on the piezoelectric effect. When a voltage is applied to the crystalline material, it causes a mechanical manifestation of the electric field, referred to as the piezoelectric effect. This effect is then used to extract the maximum frequency that can be used to stabilize the oscillator circuit. Since the material is perfectly symmetrical in its construction, any variation in vibration lengths due to temperature variations are minimized, resulting in a highly stable output frequency.

The frequency stability of the XSCDDCAANF-24.000000 is improved further by the addition of an ATC (Automatic Temperature Compensation) circuit. This circuit allows for the quartz crystal output to be automatically adjusted for temperature fluctuations. The temperature coefficient of XSCDDCAANF-24.000000 is typically in the range -50 to + 50 ppm/°C, which gives it a higher temperature stability than alternative materials. Furthermore, XSCDDCAANF-24.000000 has an excellent load capacitance tolerance, which allows for a wide selection of respective capacitors that do not affect its overall performance.

In conclusion, XSCDDCAANF-24.000000 is a piezoelectric quartz crystal material designed to provide high frequency stability in oscillator applications. It offers high frequency stability over a wide temperature range and its small size allows it to be used in high cost applications. Additionally, XSCDDCAANF-24.000000 has an excellent load capacitance tolerance and a low temperature coefficient that enhances its frequency stability. Thus, XSCDDCAANF-24.000000 is an ideal material for high frequency applications requiring excellent frequency stability.

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