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Oscillators

ASM-7.3728MHZ-ET

Application Field

ASM-7.3728MHZ-ET is a crystal oscillator with a frequency of 7.3728MHz, and it was designed for radio frequency (RF) applications. It is ideal for use in GSM, 3G, 4G, GPS, Bluetooth, Zigbee, etc. wireless applications. These applications require very low power consumption, high reliability, and highly accurate timing accuracy.

Working Principle

The ASM-7.3728MHZ-ET operates using a quartz crystal to create a relatively stable oscillatory action. When an input signal is applied to the crystal, it vibrates at its resonant frequency as determined by the physical structure of the quartz and the external components. These vibrating crystal resonates and creates a sinusoidal wave that oscillates at its resonant frequency, thus allowing the oscillator to produce a stable, precise and low-power clock signal.

The working principle of the ASM-7.3728MHZ-ET depends on the quartz resonator. The oscillator functions because of the fact that quartz crystal haspiezoelectric properties. Piezoelectric materials are those that convert mechanical energy into electrical energy and vice versa. In the ASM-7.3728MHZ-ET, the electrical energy is converted to mechanical energy and after an input signal is applied, the vibration produces a sinusoidal wave, which generate a clock signal.

Conclusion

The ASM-7.3728MHZ-ET is a medium-frequency quartz crystal oscillator that is designed primarily for radio frequency (RF) applications such as GSM, 3G, 4G, GPS, Bluetooth, Zigbee WiFi, etc. these applications require low power consumption, high reliability, and highly accurate timing accuracy. The ASM-7.3728MHZ-ET operates using a quartz crystal to create a relatively stable oscillatory action. The electrical energy is converted to mechanical energy and a clock signal is produced without any further external components.

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