4P080F35CST

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Crystals are electrical components used to create oscillators which convert electric energy into mechanical vibrations. 4P080F35CST is one of the most popular components in the field. It is manufactured by ECS (Elite Crystal Solutions), a multi-national provider of crystal oscillators. The 4P080F35CST has become a very popular choice in many applications due its impressive specification and performance.

The 4P080F35CST has a frequency range of 8.0MHz to 35.0MHz. It is also characterized for improved static parameters such as a high frequency stability of ±5 ppm over a wide range of vibration, shock and temperature. 4P080F35CST is produced on different package types, such as a plastic DIP 8P and a ceramic DIP 4P to meet different space requirements. Furthermore, 4P080F35CST crystal oscillators require very low supply current of 5mA and have a high frequency load capacitance of 30pF or 18pF. This combination of features makes 4P080F35CST a highly desirable choice for a wide range of applications.

The working principle of 4P080F35CST is based on the ability of piezoelectric crystal materials to convert mechanical vibrations into electrical energy and vice versa. This property is used to create oscillations at the desired frequency in devices like 4P080F35CST crystal oscillators. A thin, thin-sided piezoelectric crystal is held between two electrodes, each connected to the outside world. When a voltage is applied to these electrodes, the crystal vibrates, producing electrical energy. The generated energy is then amplified and used to create an oscillation at the desired frequency.

4P080F35CST crystals are found in a range of applications, including industrial automation, medical electronics, communication systems, semiconductor test systems and consumer electronics. Its low current consumption, wide frequency range and high frequency stability make it the perfect fit for these applications. Additionally, 4P080F35CST provides a reliable and accurate reference clock for data transmission and signal processing. Its high frequency stability is also beneficial for frequency synthesis, making it suitable for high-precision frequency control.

In conclusion, 4P080F35CST has become a highly popular choice in the field of crystals. Its impressive specification and performance make it the perfect choice for a wide range of applications. Its low current consumption, wide frequency range and high frequency stability make it suitable for many demanding applications such as frequency synthesis, communications, and medical electronics. Its ability to convert mechanical vibrations into electrical energy and vice versa makes it a reliable and accurate reference clock for data transmission and signal processing.

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