CE3391-12.288

CE3391-12.288 oscillator is one of several electronic oscillators created by a China-based company called Ceramic Resonators Industry. It is mainly used in communication systems, industrial, medical equipment, and consumer products. The oscillators are designed to provide high-frequency, low-jitter signals for various needs, such as clock and data synchronization, frequency generation, and time functions.

CE3391-12.288 oscillators are designed using a ceramic resonator-based frequency circuitry inside an epoxy package. This particular oscillator can operate in the frequency range of 10 MHz - 12.288 MHz, which is ideal for complex communication systems, medical equipment, and industrial applications. It has a very low power consumption of only 2mA and an operational temperature range of -40°C - +90°C, making it suitable for a wide variety of applications.

The oscillator works by utilizing a ceramic resonator-based frequency generating circuitry. The frequency circuit is based on a loop oscillator which consists of an electrical oscillator and a capacitive load connected in a loop. The oscillator circuit is designed to oscillate at the desired output frequency by adjusting the value of the load capacitance. The output frequency can be easily adjusted and controlled by varying the load capacitance, which is achieved by using an integrated on-chip control voltage-to-frequency converter (VFC).

The oscillator is designed with low phase noise and high stability. Its low power consumption and wide operational temperature range make it very suitable for use in various communication systems, medical equipment, and consumer products. Its highly reliable frequency accuracy of ±50 ppb makes it an ideal choice for frequency synchronization and timing applications. The CE3391-12.288 oscillator is a great choice for use in any application that requires a high-frequency, low-jitter signal.