ABM8W-15.3600MHZ-7-B2U-T3

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Crystals are a form of electronic component which are used in different types of electronic equipment. One type of crystal is ABM8W-15.3600MHZ-7-B2U-T3.

ABM8W-15.3600MHZ-7-B2U-T3 is a type of Surface Acoustic Wave (SAW) Resonator. It is a cost-effective and space-saving solution for a wide range of frequency control devices such as oscillators, filters, VCXO and TCXO. It is designed for high Q factor, low insertion loss and excellent symmetry.

The ABM8W-15.3600MHZ-7-B2U-T3 has a wide operating temperature range, from -40°C to +85°C, and is ideal for consumer, communication, automotive and industrial markets.

The ABM8W-15.3600MHZ-7-B2U-T3 is used in a variety of applications, such as frequency synthesizers, signal processors and radio receivers. It is also used in precision timekeeping and frequency control applications such as GPS, clock and calendar functions, timer/counters and motor control systems.

The working principle of the ABM8W-15.3600MHZ-7-B2U-T3 is based on the Piezo-Electric Effect. This effect occurs when a material is subjected to an electric field, resulting in stress and strain in the material, and subsequently generating acoustic waves. The ABM8W-15.3600MHZ-7-B2U-T3 consists of a piezo-electric substrate, two interdigital transducers (IDTs) made of gold and an acoustic mirror, which acts as a frequency-selective element.

When an input signal enters the ABM8W-15.3600MHZ-7-B2U-T3, it is converted into an electrical signal by one of the IDTs. The electric signal then passes through the piezo-electric substrate where the piezo-electric effect produces an acoustic wave. The acoustic wave is then reflected by the acoustic mirror, and finally converted back into an electric signal by the second IDT, thus completing the feedback loop.

The ABM8W-15.3600MHZ-7-B2U-T3 is a highly reliable, low cost, and stable solution for a wide range of frequency control applications. It is well-suited for consumer, communication, automotive and industrial markets and is used in a variety of devices such as frequency synthesizers, signal processors, and radio receivers. Furthermore, due to its wide operating temperature range and excellent frequency stability, it is well-suited for precision timekeeping and frequency control applications such as GPS, clock and calendar functions, timer/counters and motor control systems.

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