ABM11W-24.5535MHZ-7-D2X-T3

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Crystals

Crystals are composed of a coordinated arrangement of atoms or molecules, leading to a repeating pattern along three axes. When an electric field is applied to a crystal, the atoms or molecules may align themselves in such a way as to create an electric dipole. These dipoles may absorb energy from the electric field, leading to the creation of vibrational, rotational, and other types of energy within the crystal.

The ABM11W-24.5535MHZ-7-D2X-T3 crystal, made of a piezoelectric material, is one such example of a crystal. It is widely used in telecommunications, oscillators, and timing circuits due to its high frequency and stable output. The crystal has a frequency of 24.5535MHz, a nominal series resonance frequency of 11 MHz, and a temperature stability of ±7ppm from -40°C to +85°C.

In terms of its application field, the ABM11W-24.5535MHZ-7-D2X-T3 crystal is mainly used in communications and telecommunication systems, oscillators, counters, frequency dividers, stepping devices, and many other non-electronic applications. It is typically used as a resonator in radio frequency (RF) oscillators, and as an oscillator in digital logic circuits. The crystal can also be configured to provide a high-frequency clock signal to microprocessors and other complex digital devices.

The working principle of the ABM11W-24.5535MHZ-7-D2X-T3 crystal is based on the piezoelectric effect. When a voltage is applied to one end of the crystal, the atoms of the crystal become displaced, which creates an electric dipole. When this dipole is placed in an electromagnetic field, it will vibrate at its resonant frequency, which is determined by the crystal\'s geometry and material properties. This frequency can be adjusted by selecting the appropriate crystal for the application, as well as by controlling the voltage that is applied to the crystal.

When the crystal is used as part of a resonator, it is typically kept in a state of resonance by an external feedback circuit. This feedback circuit will allow the crystal to remain at its resonant frequency while the oscillator frequency is allowed to vary within a predetermined range. Through the use of digital logic circuitry, the frequency of the oscillator can be changed by either increasing or decreasing the voltage applied to the crystal.

The ABM11W-24.5535MHZ-7-D2X-T3 crystal has a wide range of applications and is suitable for use in both fixed and mobile applications. It is especially useful in applications that require high frequency, high stability, and low temperature drift. Its ability to convert a low-frequency signal into a high-quality, high-frequency signal makes it ideal for use in a variety of applications, from automotive electronics to wireless communications.

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