ATS24BSM-1

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Crystals are extensively used in different types of electronic devices. ATS24BSM-1 is the latest addition in the portfolio of the crystals that are used in different types of electronic devices. The application field and working principle of ATS24BSM-1 have been explained in detail in this article.

ATS24BSM-1 crystals are used in various types of electronic devices, such as clocks and watches, small electronic devices, automotive electronics, GPS receivers, and others. The crystals are manufactured using the SMD (surface mounted device) technology, and their design helps to reduce their form factor. The crystals can be used in different types of applications since they feature a wide working temperature range of -40°C to +90°C. The wide working temperature range makes them suitable for use in automotive, industrial and other harsh environment applications. Their design also helps to reduce EMI (electromagnetic interference) and reduce the noise level.

The working principle of an ATS24BSM-1 crystal is based on the piezoelectric effect. The crystal has two electrodes which are connected to an oscillator. When a voltage is applied across the electrodes, the oscillator produces oscillatory signals. The frequency of the signal is determined by the piezoelectric properties of the crystal. Thus, when the crystal is employed in different electronic devices, it helps to generate a signal of a particular frequency or a range of frequencies.

Apart from its use in clocks and watches, ATS24BSM-1 crystals can also be used in automotive electronics, such as vehicle control units, navigation systems, and entertainment systems, among others. They are also used in small electronic devices and wearables. The small form factor of the crystals makes it possible to use them in the small space environment of the these products.

ATS24BSM-1 crystals are ideal for use in different types of electronic devices due to their robust design and wide working temperature range. They feature a small form factor, which makes them suitable for use in small electronic devices and wearables. Additionally, the crystals are designed to provide reduced EMI levels, which helps to reduce noise and interference in the system. The working principle of the crystal is based on the piezoelectric effect, which makes it capable of providing signals of a particular frequency or a range of frequencies when employed in different types of electronics.

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