EG-2121CA 266.0000M-LGPNB

Oscillators: EG-2121CA 266.0000M-LGPNB

The EG-2121CA 266.0000M-LGPNB is a low-noise surface-mount oscillator from Ecliptek Corporation. It is designed to provide high accuracy control of timing signals within a wide range of frequencies and operating voltages. The device is highly stable over temperature range and over a variety of operating conditions. The oscillator is suitable for a wide range of applications including scientific instrumentation, test and measurement equipment, communication and data acquisition systems, as well as any other application that requires precise, reliable timing control.

Application Field and Working Principle

The EG-2121CA 266.0000M-LGPNB oscillator provides an ideal solution for applications such as clock and data recovery (CDR) and synchronization circuitry. The device also offers low output frequency staircase jitter, wide frequency stability, low supply current and a low operating voltage rating that make it suitable for various applications. The period accuracy of the EG-2121CA 266.0000M-LGPNB also ensures that it will maintain timing precision over temperature, voltage, and aging.

The device utilizes a high-performance crystal oscillator (HCMT-41C) as the timing element of the EG-2121CA 266.0000M-LGPNB oscillator. The crystal oscillator is enclosed in a dual-in-line ceramic package and is highly stable over temperature, voltage, and other environmental changes. The HCMT-41C also features a wide frequency range, low ESR, and excellent short-term stability.

In operation, the EG-2121CA 266.0000M-LGPNB oscillator uses its HCMT-41C crystal oscillator to convert the input frequency from the reference clock into the desired output frequency of the oscillator. The oscillatory frequency is then modulated by the gain of the output buffer amplifier to produce the desired output frequency. The output buffer amplifier is also used to amplify the reference clock input and modify the signal in order to achieve low jitter.

The EG-2121CA 266.0000M-LGPNB oscillator also features an internal voltage regulator to ensure consistent performance over temperature and voltage variations. The device also incorporates a crystal element compensation network to reduce drift and stabilities that could otherwise result from tests and radiations. Additionally, the device\'s low jitter peak-to-peak characteristics ensure that the signal is accurate and reliable over a wide range of operating temperatures.

Advantages

The EG-2121CA 266.0000M-LGPNB oscillator offers a number of benefits over competing oscillator technologies. Its low supply current, wide frequency stability, low output frequency staircase jitter, and low operating voltage rating allow the device to be used in a range of applications. The HCMT-41C crystal oscillator provides precise timing accuracy, allowing the oscillator to maintain high accuracy in a variety of operating conditions. The device\'s internal voltage regulator ensures reliable and stable operation even in extreme temperatures. In addition, the compensation network reduces drift and stabilities that can result from tests and radiations.

Conclusion

The EG-2121CA 266.0000M-LGPNB oscillator is an ideal solution for applications requiring low noise, high accuracy control of timing signals. The device\'s features, notably its precision timing accuracy from its HCMT-41C oscillator, low jitter peak-to-peak characteristics, internal voltage regulator, and crystal compensation network ensure reliable and precise timing control. The oscillator is suitable for a wide range of applications, including scientific instruments, data acquisition systems, and communication equipment.