7A-12.000MAHJ-T

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Crystals are integral components of many electronic products and are ubiquitous in modern society. In particular, the 7A-12.000MAHJ-T crystal plays an important role in many industries and devices.

The 7A-12.000MAHJ-T crystal is a high-performance CMOS line drive quartz oscillator in a low-height, 7 pin ultra-small SSOP configuration. It provides a minimum frequency resolution of 0.1ppm and a Maximum Frequency Resolution of 0.05ppm over temperatures -40°C to +85°C. The 7A-12.000MAHJ-T is designed for both dynamic and static frequency applications, having low jitter and fast recovery time of 50ps. This crystal is ideal for high-speed data communication equipment and applications.

The application fields of the 7A-12.000MAHJ-T crystal include but are not limited to: mobile communication, consumer entertainment, networking, automotive, industrial, medical and aerospace. Additionally, it is suitable for use in memory related peripheral components such as phase-locked loops or direct digital synthesizers. Its low frequency resolution, low jitter, and fast recovery time make it an ideal choice for a wide variety of demanding frequency applications.

The 7A-12000MAHJ-T crystal works on the principle of piezoelectricity. Piezoelectricity is the ability of certain materials, such as quartz, to generate an electrical potential when subject to pressure or vibration. The quartz crystal is mounted between two electrodes. When the electrodes are energized, an electric field develops, causing the quartz to vibrate at a constant frequency. The vibration of the crystal is used to generate a periodic signal, and the frequency of this signal is compared to that of an external clock. Any difference between the two frequencies is compensated for, ensuring that the oscillation of the crystal remains constant.

In conclusion, the 7A-12.000MAHJ-T crystal is an ideal choice for a wide variety of high-speed data communication applications due to its low frequency resolution, low jitter and fast recovery time. It works on the principle of piezoelectricity and the piezoelectric properties of quartz to generate an electrical potential when subject to pressure or vibration. Its application fields are, mobile communication, consumer entertainment, networking, automotive, industrial, medical and aerospace.

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