9C12270001

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Crystals are components that have the ability to store, filter, tune and amplify electrical signals to resonance frequencies efficiently. The 9C12270001 crystal is an example of one of the most popular crystal products used in various applications and is discussed in this article.

The 9C12270001 Crystal is precision-calibrated to the frequency specified and heat-treated to 2700 kHz. It is designed for use in military, industrial, and commercial applications in aerospace, automotive, communications, computing and instrumentation industries. This crystal product is based on a quartz crystal in a small cylindrical package and is enclosed in a metal or ceramic case. It is a general-purpose resonator with a frequency range of 10000Hz to 32000Hz.

The working principle of the 9C12270001 crystal is based on the location of the crystal in a signal path. The quartz crystals have a stable and well-defined resonance frequency that can accurately determine the frequency of the signal travelling down the path. When a signal is applied to the crystal, it vibrates with its own resonant frequency. This vibration is then re-emitted at the same frequency and can be received by a receiver in the signal path. The resonance frequency of the crystal is determined by its design and the amount of energy that is added to the circuit.

The 9C12270001 crystal is used in a wide range of applications such as RF resonator circuits, transceivers, frequency synthesizers, oscillator circuits, clock oscillators, and low-frequency receivers. The 9C12270001 crystal is suitable for high frequency oscillator circuits where good phase noise performance is required. It is also used in microwave frequency synthesizer applications as a frequency reference. Other applications include signal filters, clock circuits, and electrically variable capacitors (EVTs).

The 9C12270001 crystal is popular for its low capacitance, excellent frequency stability, and extended temperature range. It is also reliable and can be used in high temperatures up to 150°C. Due to its low cost, small size, and wide frequency range, the 9C12270001 crystal is a cost-effective choice for various applications.

In conclusion, the 9C12270001 crystal offers high performance and reliability for various applications. It is precision-calibrated for accurate performance and heat-treated for extended reliability. The crystal is used in various applications including RF resonator circuits, transceivers, frequency synthesizers, and oscillator circuits. It is an excellent choice for its low cost, small size, and wide frequency range. With its wide range of applications, the 9C12270001 crystal is an ideal choice for a variety of needs.

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