416F270X3CTT

416F270X3CTT

416F270X3CTT is a type of high-performance quartz crystal oscillator used in many applications. It has a low jitter of 0.2 ps and low power consumption of only 0.45 mW. This crystal oscillator is designed to operate in the frequency range between 24 and 66MHz and its oscillation is stable and amplitude is constant. It can be used for communication systems, instrumentation, clock-induced data transfer, television systems, and industrial controls.

Application Field

416F270X3CTT can be used in communication systems, instrumentation, clock-induced data transfer, television systems and industrial controls. It can improve the performance of telecommunication equipment, such as satellites, base stations and military transceivers. The 416F270X3CTT also enables dynamic real-time clock operation for timely delivery of data as required for enhanced services like high-speed data services. Additionally, it is also used in industrial control equipment such as injection molding machines, robots, and test and measurement instruments.

Working Principle

The 416F270X3CTT works by using the piezoelectric effect to generate a signal. This effect creates an electric voltage when mechanical strain is applied and an electric current when the strain is changed. The 416F270X3CTT is composed of a quartz crystal and an oscillating circuit. The quartz crystal is mounted between two electrodes and is connected to a voltage source. The voltage source causes the crystal to vibrate at a fixed frequency by altering its shape. This frequency is then converted into an electric signal and then amplified.

The 416F270X3CTT incorporates advanced technology to increase stability, long term accuracy, and temperature stability. The crystal oscillator has a low temperature coefficient, and its accuracy is better than other crystal oscillators due to its high-performance components. It also uses a patented automatic frequency control technology that maintains a stable frequency from beginning to end, even if there is a temperature or voltage fluctuation.