EG-2021CA 125.0000M-CHRNB Crystals, Oscillators, Resonators

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EG-2021CA 125.0000M-CHRNB, an oscillator, is regarded as one of the most common components in the circuit of electronic products. It is frequently used in a wide range of electronic and industrial applications.

Working Principle of EG-2021CA 125.0000M-CHRNB Oscillators:

Frequency is an important parameter when selecting an oscillator. EG-2021CA 125.0000M-CHRNB oscillators are based on a high frequency quartz crystal resonator that serves as the frequency determining element, and its operating range is from 100.0000MHz to 125.0000MHz. It uses fixed frequency stabilization technology, and it remedies any frequency variation, which keeps the output frequency stable and precise. It can also result in a very fast transient stability.

EG-2021CA 125.0000M-CHRNB Application Field:

EG-2021CA 125.0000M-CHRNB is suitable for many applications like frequency synthesisers, mobile communication equipment, precision clocks, and telecommunications networks. And its output frequency can be adjusted from 100.0000MHz to 125.0000MHz with a temperature range of 0°C to +50°C. Besides, it has ultra-low jitter and excellent phase noise performance. It features fast and complete frequency stabilization, and good long-term stability.

EG-2021CA 125.0000M-CHRNB is extremely reliable industrial equipment that can be used in harsh environments. It has a strong performance in terms of tight tolerance frequency, high frequency stability, low power consumption and extremely low phase noise. It has a wide range of operating temperature, and it can withstand vibration, moisture and other environmental disturbances.

In sum, EG-2021CA 125.0000M-CHRNB oscillators primarily use quartz crystal as the frequency determining element and they offer superior short-term and long-term stability. They also have excellent environmental protection and tight tolerance frequency, as well as an acceptable operating temperature range. Moreover, they feature highly reliable operation, excellent phase noise performance, and extremely low power consumption.

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