EG-2002CA 106.2500M-DCZB

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Oscillators

EG-2002CA 106.2500M-DCZB standby crystal oscillator is an oscillator for radio frequency synchronization. The device consists of a quartz crystal and a base of oscillator in one package. The EG-2002CA 106.2500M-DCZB oscillator operates with an internal quartz crystal to generate a high stability and high output waveform, achieving frequency stabilization and phase accuracy. The device delivers a high performance and low power consumption, making it ideal for a wide range of applications.

Application Field

EG-2002CA 106.2500M-DCZB standby crystal oscillator has a wide range of applications, such as in:

• Industrial systems: used in automation and control systems, including PLC, industrial automatic water control systems, air conditioning, home automation and security systems.
• Portable electronic devices: used in cell phones, PDAs, mobile phones, digital cameras, portable DDR3 memory, MP3/MP4 players, GPS devices and other portable electronic devices.
• Communication and computer systems: used in various communication systems, data communication equipment, and computer systems such as routers, switches, servers, storage systems and PC.
• Medical equipments: used in medical display systems, patient monitoring systems and other medical equipments.
• Entertainment and gaming systems: used in gaming systems, DVD players, sound systems, televisions and other entertainment equipments.

Working Principle

EG-2002CA 106.2500M-DCZB standby crystal oscillator operates on the basis of the Piezoelectric Effect. This effect states that when a quartz crystal is exposed to an alternating voltage, the mechanical vibrations of the crystal are amplified and converted into electrical pulses of the same frequency. The frequency of the pulses is determined by the length of the crystal, its width and thickness, and the type of electrodes used.

The EG-2002CA 106.2500M-DCZB oscillator contains a quartz crystal that has been designed to have specific characteristics. The metallic electrodes are bonded on both sides of the quartz crystal at its connecting points. When the electrical supply is applied to the oscillator, the crystal starts vibrating at a very high frequency. These vibrations are then amplified and converted into electrical pulses of the same frequency.

The frequency of the electrical pulses produced by the EG-2002CA 106.2500M-DCZB oscillator is determined by the manufacturing parameters of the quartz crystal, and can be controlled within a certain tolerance. The output signals produced by the oscillator are used in a variety of applications requiring frequency synchronization, such as in microcontrollers, digital signal processing devices, radio transceivers and digital data acquisition systems.

Conclusion

EG-2002CA 106.2500M-DCZB standby crystal oscillator is designed to provide a highly stable and accurate frequency for a variety of applications. Due to its low power consumption and high performance, the device is suitable for use in industrial systems, portable electronic devices, communication and computer systems, medical equipments, and entertainment and gaming systems.

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