ABM10W-49.1520MHZ-6-B1U-T3 Crystals, Oscillators, Resonators

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Crystals, such as the ABM10W-49.1520MHZ-6-B1U-T3, are essential components in many electronic devices. Applications of crystals run deep, from clocks and watches to medical imaging systems. As an essential part to the functioning of many circuits, they are important components in any successful system design.

When selecting a crystal, it is important to consider what application the crystal will be used in. In this case, the ABM10W-49.1520MHZ-6-B1U-T3 is designed for circuits with high-frequency applications such as radios, PCs, and telecommunication systems. This crystal offers stability and accuracy, as well as a high frequency range of 49.1520MHz-6-B1U-T3.

The working principles of crystals are based on the piezoelectric effect. This is a process where an electric field is applied to a material to produce a mechanical strain or a mechanical stress applied to a material produces an electric field. In many electronic components such as oscillators, piezoelectric effect is used to create electric fields.

When a voltage is applied across the crystal, it creates a mechanical strain on the crystal plate. This causes the crystal plate to oscillate at a constant frequency that is proportional to the applied voltage. This frequency is then used to create a stable and accurate oscillator circuit.

The ABM10W-49.1520MHZ-6-B1U-T3 crystal is ideal for high-frequency applications such as radios and PCs. The crystal is also highly reliable and is designed to meet MIL-PRF-19500 requirements. The crystal is also RoHS and REACH compliant, ensuring the customer is getting a high quality, reliable part for their application.

In conclusion, crystals are an essential part of electronic circuits and the ABM10W-49.1520MHZ-6-B1U-T3 is an ideal choice for many high-frequency applications. The crystal is designed specifically for these applications, offering accuracy and reliability. With its high frequency range and RoHS/REACH compliance, this crystal is an excellent choice for any system design.

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