XSGCCLNANF-25.000000

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Crystals are used in a wide variety of applications, and the XSGCCLNANF-25.000000 crystal is no exception. This crystal can be used in applications such as radio frequency (RF) transceivers, oscillators, circuit synthesizers, and clock generators.

The XSGCCLNANF-25.000000 crystal is a quartz-based crystal, so it is an excellent choice for high-precision, high-frequency applications. It is manufactured using AT-cut technology, which ensures a high degree of timekeeping accuracy and stability. It also features a low frequency aging rate and excellent temperature stability.

The operating temperature range of the XSGCCLNANF-25.000000 crystal is -30 to +70 °C. It has an operating frequency range of 24.5 – 25.5 MHz, and a maximum drive level of 30 µW. The load capacitance of the crystal is typically between 10 and 30 pF. The parasitic capacitance is also very low, making it suitable for applications with very high resolution.

At the heart of the XSGCCLNANF-25.000000 crystal’s operation is its oscillating quartz crystal chip. This chip is made up of a quartz crystal, along with two metal electrodes. The quartz crystal is coated with a capacitive film, which acts as an electrical load for the quartz oscillations. This load is what allows the crystal to oscillate, and is also responsible for the overall frequency accuracy.

The quartz crystal has a natural frequency of oscillation. When a voltage is applied across its electrodes, it causes the quartz crystal to vibrate, producing an electrical signal of a particular frequency which is dependent on the size and shape of the quartz crystal. Additionally, the capacitive film on the quartz crystal affects the natural frequency of the crystal, as any changes in the capacitance will have an effect on the crystal’s oscillation.

Since the XSGCCLNANF-25.000000 crystal is a quartz-based crystal, it is highly accurate and stable, and can be used for a wide variety of applications including radio frequency transceivers, oscillators, circuit synthesizers, and clock generators. Its low frequency aging rate and excellent temperature stability make it highly suitable for applications that require high-precision and high-frequency operation.

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