495-25.78125-2JB4I

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Crystals

Crystals form the basis of a wide variety of electronic technologies and applications. It is believed that the use of crystals is of great benefit to the modern world, as it provides precision and stability for a variety of applications. The application of crystals is in almost every field of technology. For instance, crystals are used in the telecommunications industry for providing high-bandwidth communications, for oscillators in radio equipment and for clock setting in vast networks.

The 495-25.78125-2JB4I crystal is a particular type of crystal widely used in many electrical and electronic applications. It is based on the piezoelectric effect. This is the generation of an electrical charge when mechanical stress is applied to certain kinds of crystals or ceramics.

The 495-25.78125-2JB4I crysatal works on this principle, making use of the resonance frequencies generated when mechanical stress is used to the crystal. The electrical signal generated by the crystal is then modulated and filtered, resulting in a high-frequency signal which is ideal for many electronic applications. The 495-25.78125-2JB4I crystal is especially in demand in the fields of telecommunications, computers, television and radio.

The 495-25.78125-2JB4I crystal has a frequency of 25.78125 MHz and is specially designed for very precise oscillator circuits. It has a decay time of 0.3 millisecond and a power consumption of 5mW, making it particularly efficient and reliable.

The 495-25.78125-2JB4I crystal is used in a variety of different applications, ranging from frequency synthesis to radio communication. In frequency synthesis, it is used to provide precise, high-frequency signals which are required for optimal performance of many electronic devices such as computer systems and cellular phones. In radio communication it is used to provide accurate frequency information to both receivers and transmitters.

The 495-25.78125-2JB4I crystal provides an accurate and stable signal which is highly desirable in many electronic applications. Its application is wide-ranging, from providing exact frequencies for radio communication to providing precise frequencies for frequency synthesis. It is a proven, reliable and cost-effective solution for these applications.

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