LFXTAL050789REEL

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Crystals are vital components of many electronic devices. Because of their stable resonance frequency and superior electrical insulation, they are widely used in watches, radios, computers, telephones and electronic toys. The LFXTAL050789 REEL is a quartz crystal, which is a frequency control device for low-power wireless communication applications.

The LFXTAL050789 REEL is a low-power, low-voltage, high-frequency crystal oscillator, designed for use in short-range wireless devices such as radios, remote controls and smartphone accessories. The module has an operating range of 0.6 ~ 8.0V, a resonant frequency of 50KHz ~ 500KHz, and a maximum power dissipation of 500mW.

The working principle of the LFXTAL050789 REEL is based on the quartz crystal oscillator concept. Quartz is a common type of crystal that exhibits excellent electrical properties, such as low-loss resonance and highly stable frequency. Each quartz crystal has its own natural resonant frequency, which can be tuned and adjusted by adding or removing tiny electrical charges in the crystal lattice.

The oscillator of the LFXTAL050789 REEL is a combination of a quartz crystal and an electronic amplifier. The quartz crystal is located at one end of the oscillator, and is connected to an amplifier at the other end. The amplifier amplifies the quartz oscillations to create an electrical signal at the resonant frequency. This signal is then sent out to connected devices.

The LFXTAL050789 REEL crystal has a wide range of applications. It can be used in mobile phones and other wireless devices to control the frequency of the signal being sent and received, as well as in radio transmitters and receivers to control the frequency of the transmitted radio signal. It is also used in digital clocks, watches and other timing devices to keep time accurately.

In conclusion, the LFXTAL050789 REEL crystal is an important component of many electronic devices, as it provides stability, accuracy and flexibility to the systems it is used in. Its low-power, low-voltage, high-frequency oscillator design makes it a cost-effective solution for small electronic devices.

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