AV-11.2896MAHE-T

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Crystals are a fundamental component in many electronics and communication systems. The AV-11.2896MAHE-T crystal is specifically designed for use in frequency-domain applications in the frequency range of 8-1000MHz. It consists of two electrodes with a resonance frequency of 2896MHz and a hermetically sealed reed can housing.

The AV-11.2896MAHE-T crystal is used in frequency-domain applications as a source of a stable, precise and repeatable oscillation frequency. It operates over a wide temperature range of -55° to +125° C, while maintaining excellent frequency stability. The crystal’s hermetic packaging ensures a high level of reliability in extreme environments.

AV-11.2896MAHE-T crystal’s main application is in radio-frequency (RF) and microwave electronics. It is used in systems such as radios and other communication devices, digital consumer electronics, broadband access, cable-TV systems, antennas, and other consumer or industrial electronics. It is also suitable for use in frequency counter and frequency synthesizer applications. The crystal can be used with various circuit designs such as a Colpitts oscillator, Pierce oscillator, Hartley oscillator and Crystal Oscillator Circuits.

The working principle of the AV-11.2896MAHE-T crystal is based on the fact that the crystal vibrates when an electric current is applied. It is cut from a single crystal of quartz, whose structure is composed of two separate atoms of silicon and oxygen. The crystal is actually two crystal plates held together with a small gap between them. When a voltage is applied to the crystal, the two plates vibrate together with a frequency determined by the size and arrangement of the plates. By selecting the right combination of plates and circuit components, it is possible to generate a stable, precise and repeatable oscillation frequency.

The AV-11.2896MAHE-T crystal is an ideal choice for frequency-domain applications. Its wide frequency range and temperature range, excellent frequency stability, hermetically sealed packaging, and reliability in extreme environments make it ideal for a variety of applications. Its use in radios and other communication devices, digital consumer electronics, broadband access, cable-TV systems, antennas, and other consumer or industrial electronics guarantees its popular use in the modern world.

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