ABM8W-28.2240MHZ-4-B2U-T3

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Crystals are widely used in many areas, one of them is ABM8W-28.2240MHZ-4-B2U-T3 crystal. This is a surface mount ceramic crystal package, it is widely used in various automotive and industrial applications, such as Vehicle Radio Frequency Identification (RFID) and Global System for Mobile Communications (GSM) applications. In this article, we will discuss the application field and working principle of ABM8W-28.2240MHZ-4-B2U-T3.

The application fields for ABM8W-28.2240MHZ-4-B2U-T3 includes WLAN, GSM, RFID and other automotive and industrial applications. This crystal is widely used in radio frequency identification (RFID) applications, such as tracking vehicles, monitoring personnel, and tracking electronic products in the logistics field, which can effectively improve production efficiency and save costs. Furthermore, it can also be used in GSM applications. It provides stable clock signal with better jitter performance. It is an optimal choice for GSM frequencies. On the other hand, this crystal is also suitable for automotive applications, as it is able to work reliably and stable under high temperature, humidity and vibration environment.

Next, let’s look at the working principle of ABM8W-28.2240MHZ-4-B2U-T3. This crystal is an AT-cut surface mount oscillator. Its fundamental frequency of vibration is determined by the mechanical properties of the crystal material, and the size and shape of the crystal interface. It operates at a specified frequency, when AC voltage is applied across the terminals, it causes the crystal to vibrate at its fundamental frequency, resulting in a frequency stability of several parts per million (ppm). This crystal package is also a low cost solution that is able to provide clock signals with a wide temperature range.

Therefore, ABM8W-28.2240MHZ-4-B2U-T3 crystal is widely used in various automotive and industrial applications. It is an AT-cut surface mount oscillator, working in such a way that when AC voltage is applied across its terminals, the crystal vibrates at its fundamental frequency, resulting in a frequency stability of several parts per million (ppm). It provides stable clock signal with better jitter performance, and can work reliably under high temperature, humidity and vibration environment.

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