LFXTAL059461REEL Crystals, Oscillators, Resonators

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Crystals are widely used in electronic circuits, providing frequency control and various other applications. The LFXTAL059461REEL is a quartz crystal oscillator that can be commonly used in many different types of applications. In this article, we will look at the application field and working principle of the LFXTAL059461REEL.

The LFXTAL059461REEL is an AT cut crystal oscillator that is primarily used for frequency control of digital systems, such as microcontrollers, SRAMs, and other peripheral digital devices. It has a frequency range from 4MHz to 25MHz, and an output type of CMOS. The package size is only 4.50mm×3.20mm, making it very small in size compared to other quartz crystal oscillators. The LFXTAL059461REEL also has very low power consumption, which is important for applications that require minimum power dissipation.

The LFXTAL059461REEL’s working principle is based on the fact that the quartz crystal is piezoelectric, meaning that it can vibrate in response to an applied electrical voltage. This vibration creates an alternating current, which acts as a mechanical oscillator. The produced alternating current is then amplified and used to drive the output of the oscillator. This mechanism is highly accurate, and can generate signals with high frequency stability.

The most common application field of the LFXTAL059461REEL is for providing frequency control for digital systems, such as microcontrollers, SRAMs, and other peripheral digital devices. Due to its small size and very low power consumption, it is ideal for applications that require minimum power dissipation. In addition, its high frequency stability makes it a reliable choice for applications that require accurate frequency control.

The LFXTAL059461REEL is a reliable and highly accurate quartz crystal oscillator that is perfect for a wide variety of applications. It has a frequency range of 4MHz to 25MHz, an output type of CMOS, and a package size of only 4.50mm×3.20mm. In addition, it has very low power consumption, making it ideal for applications that require minimum power dissipation. Finally, its high frequency stability makes it an excellent choice for applications that require accurate frequency control.

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