ABM12W-24.5760MHZ-7-K1Z-T3

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Crystals are often found in the components of all kinds of electronic equipment we are all familiar with. They are also used in radio, television and aviation applications. One type of a crystal is the ABM12W-24.5760MHZ-7-K1Z-T3. This article discusses the application field and working principle of the crystal.

Crystals typically come in either a cylinder or rectangular shape and are composed of a mass of atoms. The atoms are arranged in an orderly grid, the grid’s height and width, combined with the number of atoms listed on the datasheet, creates a specific frequency. The ABM12W-24.5760MHZ-7-K1Z-T3 is a surface mount crystal. The “ABM” stands for the type of package design, “12W” indicates the size of the package, “24.5760MHZ” is its frequency, “7” is its load capacitance, “K1Z” is the series, and “T3” indicates the temperature stability.

The ABM12W-24.5760MHZ-7-K1Z-T3 is mainly used in audio frequency applications, like stereo systems and musical instruments. Its high stability makes it ideal for oscillators too, used in radio instruments, communication and avionic applications. This crystal also has NPO dielectric properties and low ESR, allowing it to have a good frequency stability. It has a consistent resonant frequency, shocks resistance, and its temperature stabilities range between 0-70 degrees Celsius. The operating temperature of the ABM12W-24.5760MHZ-7-K1Z-T3 crystal ranges from -20 to +70 degrees Celsius, while its storage temperature is from -40 to +85 degrees Celsius.

The purpose of the ABM12W-24.5760MHZ-7-K1Z-T3 crystal is to convert an electrical energy signal into an acoustic wave when the electrical signal is applied to its terminals. This acoustic wave is then vibrated within the crystal, creating a frequency which is regulated by the lattice structure of the oscillator. The frequency is determined by the size of the crystal and the speed of the acoustic wave form.

The ABM12W-24.5760MHZ-7-K1Z-T3 crystal is designed with a small gap, known as the "resonant frequency" etched between the two plates of the crystal oscillator. This gap plays an important role in the creation of the frequency. The electrical energy applied to the crystal creates an electric field, which disturbs the otherwise uniform angular momentum of the atoms in the lattice. The disturbance creates a mechanical tension in the crystal, in this case an acoustic wave. The frequency of this wave is the same as the resonant frequency of the crystal, and can be manipulated by changing the applied voltage to the crystal.

The ABM12W-24.5760MHZ-7-K1Z-T3 crystal is used in audio frequency applications such as stereo systems, musical instruments, and in oscillators for radio and other communication mediums. Its feature of high stability, low ESR and the NPO dielectric properties make it the perfect choice for these applications. This crystal is also shock resistant, with temperature stabilities ranging from 0 to 70 degrees Celsius. The storage temperature of the crystal ranges from -40 to +85 degrees Celsius and its operating temperature from -20 to +70 degrees Celsius. Lastly, the frequency of this crystal is determined by the size of the crystal and the speed of the acoustic wave form produced by it.

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