XG-1000CA 100.0000M-EBL3 Crystals, Oscillators, Resonators

Oscillators are a vital part of electronic systems as they are a critical part of timing and stability. Without them, the entire circuit cannot function properly, resulting in unstable or inaccurate results. The XG-1000CA 100.0000M-EBL3 is an oscillator designed to provide reliable performance and high accuracy for even the most demanding applications. It is especially suitable for those requiring high frequency stability and precision.

Application Field

The XG-1000CA 100.0000M-EBL3 oscillator is mainly used in frequency synthesis, precision timing, test and measurement, communications, and millimeter-wave applications. Its low power consumption, superior stability, and wide working temperature range of -40°C to +85°C make it more suitable for these types of applications. It is also compatible with 3.3V and 5V supplies and provides 8 output configurations. With this oscillator, users can select different output modes to meet their system requirements.

Working Principle

The XG-1000CA 100.0000M-EBL3 works on the principle of quartz oscillation. The quartz crystal is an electrically-charged crystal that vibrates when voltage is applied to it. It has two electrodes that send and receive signals, with the frequency determined by the crystal’s physical properties. The XG-1000CA oscillator is designed to provide extremely accurate and stable frequencies by fine-tuning these oscillations. This makes it suitable for applications requiring high-precision accuracy and stability.

The oscillator consists of three main components. The quartz crystal provides the stable, precise, oscillations that are converted to electrical signals by the oscillator’s amplifiers. The amplifiers amplify the signals before they are sent to the output stage, where the signal is formed into the desired output format. This ensures accurate and precise timings even in extreme temperature ranges.

The XG-1000CA 100.0000M-EBL3 is a low power-consumption, high-precision oscillator designed for a range of precision timing and frequency applications. It provides outstanding high-frequency stability and accuracy for demanding applications, while also providing a wide range of output configurations. It is suitable for 3.3V and 5V supplies and has an extended temperature range of -40°C to +85°C, making it suitable for many different kinds of applications.