591BD25M0000DG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are devices that produce a continuous and repetitive oscillation, typically of reference frequencies. They are used in numerous practical applications, such as controlling operations of automatic systems and creating sound for transducers. The 591BD25M0000DG oscillator is an example of a practical oscillator, and its application field and working principle are discussed in this article.

The 591BD25M0000DG oscillator consists of a quartz crystal resonator, one or more tuning capacitors, several other components such as resistors and a silicone coating cover. It is electrically made up of a parallel resonant circuit and operates at a relatively high frequency. The device features a high stability and provides a low jitter rate. In general, it is able to operate in a temperature range from -55°C to 125°C and withstand the challenging environments with a peak temperature up to 150°C.

The 591BD25M0000DG oscillator finds its application in numerous fields, including networking, broadcast systems, and communication systems. This oscillator is suitable for synchronizing two or more network nodes in a single network or different types of networks. It is also commonly used in radio systems for converting an input signal to a transmission frequency suitable for broadcasting. In addition, the 591BD25M0000DG oscillator is often employed in communication systems for generating reference signals and controlling operations of radios, switches, hubs, and other digital components.

The working principle of the 591BD25M0000DG oscillator is based on the quartz resonator. When an AC current is applied to the electrodes of the quartz resonator, the quartz crystal deforms and breaks out of its equilibrium position, aligning its electrical axis with the applied electric field. This causes the quartz crystal to vibrate, and the resonance frequency is equal to the resonance frequency of the quartz crystal. The resonance frequency is very stable and contributes to the excellent stability of the oscillator.

After the oscillators are tuned such that their resonance frequencies match the desired frequencies, the output of each oscillator is combined in a mixer circuit, resulting in an oscillatory output signal. This output signal is then filtered and amplified to the desired amplitude and delivered as a rectangular waveform. The voltage-control frequency (VCF) of the 591BD25M0000DG oscillator is usually kept within the range of 0.01% to 0.1%.

The oscillation frequency of the 591BD25M0000DG oscillator can also be varied by increasing or decreasing the resistance of one or more tuning capacitors in the resonant circuit. This allows the device to be used in applications demanding frequency control such as digital synthesizers and automatic frequency control (AFC), as well as for applications requiring a wide range of adjustable frequencies such as oscilloscope sweep circuitry. The 591BD25M0000DG oscillator is also able to work well in extreme environmental conditions, as it is characterized by high shock and vibration resistance.

In conclusion, the 591BD25M0000DG oscillator is a practical oscillator with a wide range of applications. Its operation is based on the Quartz Resonator, making it a very stable oscillator for a variety of hardware designs. It features a high stability with a low jitter rate, and can operate in harsh environmental conditions. It is highly suitable for synchronizing network nodes, digital signal generation, and frequency control applications.

The specific data is subject to PDF, and the above content is for reference