LP049F35IET

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Crystals serve as a crucial component in many devices, and as such, there is a variety of them on the market to suit different requirements. The LP049F35IET is a crystal oscillator that can be used in a variety of applications and is particularly useful for clock generation and other digital applications. This article will explore the field of applications for the LP049F35IET and the underlying working principle.

The LP049F35IET is a 2.9 mm x 1.8 mm SMD quartz crystal oscillator. This device utilizes a fundamental AT-cut crystal in a 3-pad package, and is designed for particularly low power consumption and cost effective operation. Its frequency is fixed at an output of 49.152 MHz, and it has a stability tolerance of ±25 ppm.

As far as applications go, the LP049F35IET is primarily used for clock generation purposes. Its frequency is designed to match that of various microprocessors and other digital logic devices, allowing for easy synchronization between them. The device is also useful in radio receivers and transmitters, where its output can generate digital clock signals for the digital circuitry involved. Additionally, the LP049F35IET can be used in many types of digital signal processing equipment, since its fixed output frequency can provide a stable and reliable synchronization signal.

The working principle behind the LP049F35IET crystal oscillator is based on the Piezoelectric effect. This effect takes place when a mechanical force is applied on a crystal, which produces a dimensional change, thus producing a transient voltage in response. The crystal which is used in the LP049F35IET is designed such that it will maintain oscillations as long as an external DC bias is applied. The crystal receives a small electrical current, producing a mechanical oscillation at its natural resonant frequency. The output of the oscillator can be taken from the pins attached to the crystal, resulting in a square wave that is then used for clock generation purposes.

The LP049F35IET crystal oscillator is an extremely versatile device capable of being used in a variety of clock generation applications. It is capable of producing a square wave at its resonance frequency, making it a suitable choice for applications where clock accuracy is paramount. Furthermore, the device is designed to be both cost effective and energy efficient, making it a particularly attractive option for various types of devices.

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