EG-2121CA 250.0000M-LHRAB

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EG-2121CA 250.0000M-LHRAB Oscillators

Application Field: EG-2121CA 250.0000M-LHRAB oscillators have a wide range of applications as part of electronic systems for use in audio, medical, industrial, and automotive applications. Its high level of accuracy, stability, low jitter, and wide frequency range make it an ideal frequency control device for systems involving digital communications and signal processing.

Working Principle: The EG-2121CA oscillator is a crystal-based frequency control device. It consists of an HC-49S quarter size fundamental mode crystal mounted in a specially designed package. This quartz crystal is tuned to the desired frequency of operation using the heat sink’s tuning screw. When a current is applied to the crystal, the crystal vibrates at its resonant frequency. The vibrations then induce a voltage in the crystal’s electrodes which is called the “oscillator signal”. This oscillator signal is then used as a reference frequency for the electronic system.

The EG-2121CA oscillator is designed to meet industry standards for low-temperature cycled frequency stability, low phase noise, and long life. Its frequency range is from 125 kHz to 250 MHz. The low jitter performance of the EG-2121CA oscillator is typically 1.2 psec RMS. The maximum current draw of the oscillator is 10 mA with a current noise of 1 μA. The operating temperature range is from -40°C to +125°C.

The EG-2121CA oscillator has a variety of features including an integrated temperature sensor, input/output isolation, adjustable power supply voltage, and power failure detection. Its simple design also enables it to be easily integrated into existing or new products. The EG-2121CA oscillator is an ideal frequency control device for digital and signal processing systems.

In summary, the EG-2121CA 250.0000M-LHRAB oscillators are highly accurate and reliable frequency control devices that offer a wide range of performance capabilities. Its simplicity in design and integrated features make it an ideal device for a range of different electronic systems and applications.

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