XLH736059.941610I Crystals, Oscillators, Resonators

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XLH736059.941610I Oscillators

XLH736059.941610I oscillator is a type of highly reliable and stable piezoelectric oscillator developed by Epson Toyocom Corp. It was designed to meet the needs of the modern digital communication system in terms of size, high reliability, and lower-cost hardware. The oscillator consists of a piezoelectric quartz crystal, a frequency determining circuit and a voltage regulating circuit.

Application Field: XLH736059.941610I oscillator is used to maintain the precision and stability of the digital communication system in various applications such as GPS, GSM, Wi-Fi, Bluetooth, and ZigBee. The oscillator is also used in ammeters, watt-hour meters, and other precision measuring instruments. Furthermore, it is used in precision measuring and control systems, timing devices, and other electronic equipment.

Working Principle: XLH736059.941610I oscillator utilizes a quartz crystal to produce a stable and precise frequency signal by converting a quartz crystal\'s piezoelectricity into an alternating current. The crystal is placed between two metal plates with a dielectric. When voltage is applied to the quartz, a transverse shear wave is generated on the surface of the crystal, changing the height, width, and length of the crystal. This change in the crystal\'s dimensions results in a change in the alternating current flowing through the crystal. The frequency of the alternating current is determined by the dissipation of vibration from the crystal due to the damping mechanism of the quartz.

The frequency generated by the oscillator is maintained by a frequency determining circuit. This circuit is comprised of a voltage regulator, a capacitance and resistor stabilizer, and the quartz crystal. By controlling the current and voltage applied to the quartz crystal, the frequency of the oscillator can be adjusted, thereby increasing the accuracy of the digital communication system.

XLH736059.941610I oscillator is a reliable and stable way of ensuring the precision and stability of digital communication systems. Its frequency determining and voltage regulating circuits enable it to deliver reliable frequency and voltage across the communication system. As such, it is a suitable solution for applications that require precise and long-term stability of frequency and voltage.

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