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EG-2121CA 106.2500M-PHPNB Oscillators

EG-2121CA 106.2500M-PHPNB oscillators are miniaturized frequency control devices that provide a stable frequency output. These oscillators are commonly known as PECL (Positive Edge Coupled Logic) and typically operate at frequencies up to 100MHz. They are widely used in various applications such as frequency synthesizers, digital video signal processing, time-domain control, data converters, and signal conditioning.

Applications

The EG-2121CA 106.2500M-PHPNB oscillators are used in a variety of applications. In the medical field, they are used in medical imaging systems to ensure perfect high-resolution imaging. They are also used in precision positioning systems for robotics, automotive, and industrial applications. In security systems, they are used to detect and control electronic circuit boards or components. Furthermore, these oscillators are used in audio systems for sound clarity.

Working Principle

EG-2121CA 106.2500M-PHPNB oscillators operate on the principle of combining positive edge coupled logic (PECL) with a crystal oscillator. The crystal oscillator contains a resonator made of quartz or ceramic material. This resonator acts as an electrical resonator and produces an electrical signal at the desired frequencies. The PECL circuit produces a pulse width modulated (PWM) signal, which is then mixed with the signal from the crystal oscillator to provide a stable frequency output. This output is then used for a number of applications such as frequency converters, clock signal sources, or any other type of digital signal conditioning.

Advantages

The EG-2121CA 106.2500M-PHPNB oscillators have a number of advantages over traditional oscillators. First, they are able to offer high precision and excellent accuracy. Secondly, they require minimal power consumption as compared to other types of oscillators. Additionally, they provide a high output accuracy level and low jitter. Finally, they are highly reliable and offer long-term stability.

Conclusion

The EG-2121CA 106.2500M-PHPNB oscillators provide an efficient and reliable way to achieve highly precise and accurate frequency, clock, and digital signal conditioning. These oscillators are ideal for precision positioning systems, medical imaging, automotive and industrial applications, audio systems, and security systems. Furthermore, they have a number of advantages such as low power consumption, high output accuracy and low jitter, and long-term stability.

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