ABM3C-18.432MHZ-D4Y-T

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Crystals are a key component of electronic circuits and systems, used to receive, transmit and amplify electronic signals. One type of crystal, the ABM3C-18.432MHZ-D4Y-T, is commonly used in various applications where accuracy and stability are required. By understanding the application field and working principle of this crystal, engineers can make better-informed decisions when designing their circuit.

The ABM3C-18.432MHZ-D4Y-T is an AT-cut crystal, which offers excellent frequency stability, making it ideal for applications requiring accurate long-term frequency control. It is commonly used in radio transmitters and receivers, oscillators, clock circuits, and other timing and frequency-control applications. Additionally, its low rms phase jitter makes it ideal for applications such as cellular phones, modems, and data transmissions that require high frequency stability.

The ABM3C-18.432MHZ-D4Y-T is based on the AT-cut piezoelectric crystal, which piezoelectric quartz crystals with a resonance frequency of 18.432MHz. The AT-cut has a high quality factor and excellent temperature stability, making it well-suited for use in precision instruments. The crystal has a fundamental resonance frequency of 18.432MHz, which is generated by a reverse-biased PN junction. When a voltage is applied to the crystal, the junction heats up, creating a temperature gradient across the crystal. This temperature gradient causes a change in piezoelectric properties of the crystal, which produces an oscillating electric field that vibrates at a frequency close to the fundamental frequency of the crystal.

The ABM3C-18.432MHZ-D4Y-T is used in a variety of applications, including radio receivers, oscillators, clock circuits, and other timing and frequency-control applications. Its temperature stability makes it well-suited for use in precision instruments, while its low rms phase jitter makes it ideal for applications such as cellular phones, modems, and data transmissions that require high frequency stability. Additionally, it is often used in radio transmitters, where it provides the stability and accuracy required for long-range communications.

In summary, the ABM3C-18.432MHZ-D4Y-T is a piezoelectric AT-cut crystal that offers excellent frequency stability and temperature stability. Its unique properties make it ideal for applications requiring accurate long-term frequency control, such as radio transmitters and receivers, oscillators, clock circuits, and other timing and frequency-control applications. It is also used in a variety of precision instruments, cellular phones, modems, and data transmissions, due to its low rms phase jitter.

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