LP049F35IDT

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Crystals are materials with regular periodic atomic structures, making them extremely useful for a variety of applications. LP049F35IDT is a crystal oscillator with a high-stability design, offering excellent stability and precision in a wide variety of applications.

The LP049F35IDT crystal oscillator has a quartz crystal element with its electrodes plated with gold on semiconductor substrates. The oscillator is driven by a digital signal and is used to generate a high-accuracy clock signal. The frequency range of the oscillator is from 16 kHz to 24 MHz. The high-frequency stability of the unit is ±0.07ppm over an extended temperature range (0° to 70° C). The stability of the frequency over the temperature range is mediated by a temperature-compensating electronic temperature compensation (ETC) circuit.

The LP049F35IDT is designed for a wide variety of applications. It is designed for use in portable and automotive electronic applications such as Bluetooth, GPS, and wireless communication. The device is also suitable for use in electrical equipment, measuring apparatus, and audio signal processing. Additionally, the device is suitable for use in digital signal processors, microcontrollers, basebands, and other applications.

The LP049F35IDT crystal oscillator offers excellent performance, stability, and precision. The unit is able to withstand wide temperature fluctuations and variations in load and voltage. The unit is also shock and vibration resistant. Furthermore, the unit is robust and maintenance-free, making it suitable for use in harsh environments.

The working principle of the LP049F35IDT oscillator involves a quartz crystal element vibrating at a specific and consistent frequency. The quartz crystal element is connected to two electrodes and is driven by a digital signal. The electrodes create an electric field, which applies a driving force to the quartz crystal. The electrical field causes a piezoelectric effect in the crystal, which results in a specific resonance frequency. This frequency is then amplified and converted into a clock signal.

In conclusion, LP049F35IDT crystal oscillator is an excellent choice for applications that require high stability and precision. The low cost and low-power design makes the unit ideal for applications in portable and automotive electronic systems. The device also offers excellent shock, vibration, and temperature resistance. The device is also robust and maintenance-free, making it suitable for use in harsh environments.

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