ABSM2-16.000MHZ-4-T

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Crystals allow designers to add precision timing elements to their products, creating synchronized events and processes, and providing the reliable, accurate platform needed for a variety of applications. ABSM2-16.000MHZ-4-T is one such crystal, designed for a variety of different applications. Here, we’ll discuss the application fields and working principles of ABSM2-16.000MHZ-4-T.

The main application field of ABSM2-16.000MHZ-4-T is in microprocessors, microcontrollers, and other digital circuits. It can also be used in frequency synthesizers, watch oscillators, mobile phone chips, Smart Card ICs, FPGAs, and power management products. The crystal can be used in both commercial and industrial applications, and its frequency stability makes it ideal for high-accuracy clocks.

ABSM2-16.000MHZ-4-T is a specialized type of quartz crystal. Quartz crystals are made from a special type of crystalline material known as piezoelectric quartz—a material that generates electrical fields when subjected to mechanical stress. This electrical field makes quartz crystals responsive to alternating current, from which they can generate a steady frequency. When a voltage is applied to the crystal, it amplifies the signal and changes its frequency commensurately with the applied voltage, making the crystal an ideal timing element.

To understand how ABSM2-16.000MHZ-4-T works, it’s important to understand the concept of resonant frequency. Resonant frequency is the frequency at which a given material will vibrate when excited by an alternating current. Every material has its own resonant frequency, and ABSM2-16.000MHZ-4-T is designed to function at 16 MHz. Quartz crystals are particularly suited for resonant frequency applications; when an electrical signal of the specified frequency is applied to the crystal, it will vibrate at its resonant frequency and generate voltage signals that can be used to create a clock signal with a very consistent phase and frequency.

ABSM2-16.000MHZ-4-T is also designed to be temperature-compensated, meaning that its frequency output will remain relatively consistent over a wide temperature range. It utilizes a temperature coefficient of stabilities (TCS) of ±30ppm, ensuring that the frequency output of the crystal remains consistent even when exposed to sudden fluctuations in temperature. This makes ABSM2-16.000MHZ-4-T well-suited for many commercial and industrial applications where temperature stability is a major factor.

In summary, ABSM2-16.000MHZ-4-T is a specialized type of quartz crystal designed for use in microprocessors, microcontrollers, FPGAs, and other digital circuits. It utilizes a resonant frequency of 16MHz and has a temperature coefficient of stabilities (TCS) of ±30ppm, making it suitable for a variety of applications. Its frequency stability ensures that it can be used as a reliable, accurate clock for timing-critical applications.

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