GLA67F35IDT

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Crystals are excellent components in the electronics field due to their ability to accurately control and create frequencies. GLA67F35IDT is a type of quartz crystal manufactured by YX Crystals, commonly used in frequency control applications. This crystal has a high frequency accuracy of better than ±20ppm with very low parastic modes, small size and a low power consumption.

The GLA67F35IDT is a fundamental~mode AT-cut quartz crystal resonator with a variety of package options available. It has a frequency range of 6.0000MHz - 67.000MHz and a temperature range of -20°C to 70°C. It also features superior load capacitance stability and low aging rate, making it an ideal choice for frequency control applications.

The application fields of GLA67F35IDT are mainly used in radio broadcast receivers, mobile phones, personal computers, watches and satellite position systems. It can also be used as a frequency control device for various communication network systems such as GPS, Wi-Fi, ZigBee and more.

The working principle of GLA67F35IDT crystal is based on the piezoelectric effect. It is a material typically made of a quartz crystal with two electrodes applied to it. When an alternating current is passed through the crystal, it creates a mechanical vibration along its axis. This vibration produces an electric signal which is subsequently divided by two equal frequency signals of equal magnitude. This frequency signal is then used to control or tune a device or circuit. There can be slight variations in frequency due to the load capacitance or temperature.

In conclusion, the GLA67F35IDT crystal is a versatile quartz crystal ideal for frequency control applications. It has excellent frequency accuracy and load capacitance stability as well as low power consumption, making it suitable for many applications such as radio broadcast receivers, mobile phones, personal computers, watches and satellite position systems. Furthermore, its piezoelectric effect makes it simple to control and tune devices or circuits.

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