RO2103A

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RO2103A Application Field and Working Principle

Resonators are widely used in many fields, such as wireless communication, frequency synthesis and detection, oscillators and clocks. Electronic oscillators generate a periodic waveform that depends on an inherent property of the system known as resonant frequency, and these oscillators are made using Resonator components such as the RO2103A.The RO2103A is a passive resonator based on temperature-compensated frequency/temperature quartz oscillator technology. It is one of the most accurate, cost-effective and reliable Resonator components available. It has a frequency range of 32.768 MHz, and a frequency accuracy of ±50 parts per million (ppm) over the entire frequency range.

Application Field

The RO2103A can be used in a wide range of applications in different industries. It is an ideal solution for wireless communication and frequency synthesis, such as wireless routers, modems, and other communication systems. It can also be used in automation and robotics, because it can provide precise control over machinery.

The RO2103A is also an ideal solution for high-accuracy timing applications, such as GPS receivers, frequency synthesizers, and clocks. It can provide highly accurate timing signals and is suitable for any application requiring precise timing.

Additionally, the RO2103A can be used in consumer electronics, toys, and security systems. It is an excellent choice for applications where low power consumption and reliability are essential.

Working Principle

The RO2103A Resonator is based on temperature-compensated frequency/temperature quartz oscillator technology. At the heart of the Resonator lies a quartz crystal that vibrates when an electrical charge is applied to it. The frequency of the crystal oscillation is affected by changes in temperature, so the Resonator uses a temperature-compensating mechanism to keep the frequency stable over wide temperature ranges.

The Temperature Compensating mechanism works by controlling the voltage applied to the quartz crystal, so that its frequency remains constant over a wide temperature range. The Resonator also has an internal oscillator circuit that amplifies the crystal’s vibrations and produces a stable output frequency.

The RO2103A Resonator also has a high frequency accuracy of ±50 ppm over the entire range of 32.768MHz. This ensures that the frequency output will remain stable and accurate even in extreme temperatures.

Conclusion

The RO2103A Resonator is an ideal solution for a wide range of applications, such as wireless communication, frequency synthesis and detection, oscillators and clocks. It has a high frequency accuracy of ±50 ppm over the entire frequency range of 32.768MHz and utilizes temperature-compensated frequency/temperature quartz oscillator technology. The RO2103A Resonator is a reliable and cost-effective solution for any application requiring precise timing.

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