CE3392-7.372800

CE3392-7.372800 is an oscillator embedded in a 3mm x 3mm quad flat no-lead (QFN) package. This oscillator operates with a supply voltage of 2.5V to 6.0V and is capable of generating frequencies from 7.680000 MHz to 37.280000 MHz. This oscillator employs a conventional Pierce oscillator to generate the desired frequency. The frequency of the oscillator is determined by the tank circuit, formed by the crystal and a pair of capacitors. The oscillator circuit incorporates a differential amplifier, which is an oscillator amplifier, between the crystal and the inverter. Together with the capacitors, the differential amplifier forms the Pierce oscillator. The oscillator amplifier provides some buffering, thus reducing the loading effect of the inverter on the crystal and enhances phase noise and power efficiency of the oscillator circuit. The oscillator amplifier is also adjustable, and can enable frequency adjustments to be made. This oscillator utilizes low phase noise clocks for critical applications in embedded systems or in the timing control for communications. It offers excellent jitter performance, with phase jitter of few picoseconds. CE3392-7.372800 can be used in applications such as computer and networking systems, telecom infrastructure, wireless networks as well as medical devices and automotive electronics. Furthermore, it has a low current consumption at 1.8mA, combined with a frequency stability of ±50ppm over the temperature range of -40°C to 125°C and ±100ppm over the temperature range of -60°C to 150°C. It also offers excellent dynamic performance, with shock resistance of up to 25,000g and a vibration resistance of up to 2,000g. In conclusion, CE3392-7.372800 is an ideal choice for applications where simple frequency synthesis, low noise, low power and high stability are key requirements. The small size, low power and high accuracy make this oscillator an attractive choice for high-end embedded and communication applications.