ABLS7M-13.500MHZ-B-2-T

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Crystals are a vital part of modern electronics. From tiny crystal oscillators to high-frequency quartz resonators, the components used in many of today\'s digital and analog circuitry would not function without them. One example of a crystal is the ABLS7M-13.500MHZ-B-2-T, which has a variety of applications and a unique working principle.

The ABLS7M-13.500MHZ-B-2-T is a four-termination crystal package that is commonly used in microcontroller applications. It has a frequency range of 13.500MHz, a temperature range of -40 to 85 °C, and a load capacitance of 18pF. This crystal package is designed to reduce EMI and other noise sources, and it is an ideal choice for low-power microcontroller applications due to its small size and easy implementation.

The ABLS7M-13.500MHZ-B-2-T\'s most common application is in microcontrollers that require synchronization with a base frequency. This crystal package helps to ensure that the system runs at a constant frequency by providing a high-precision clock signal. The crystal is also used in many radio frequency applications, as it has a wide frequency range and can handle high levels of signal power. In addition, it can be used for RFID, data storage, and communication applications, as it is compatible with many digital and analog signal formats.

The working principle of the ABLS7M-13.500MHZ-B-2-T is based on the piezoelectric effect. This is an effect that is seen when an electric field is applied to certain materials, such as quartz. When the electric field is applied, it causes the material to vibrate at a specific frequency, which is determined by the size and shape of the crystal. By controlling the electric field and the shape and size of the crystal, the frequency of the oscillations can be precisely regulated.

The ABLS7M-13.500MHZ-B-2-T is a versatile and reliable crystal package that is used in many electronic applications. Its four-termination configuration makes it an ideal choice for microcontroller applications, and its piezoelectric design ensures a consistent and accurate frequency output. This makes it an ideal choice for many RF, data storage, and communications applications.

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