CYW150OXC

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Most of us depend on having precise timekeeping ability available to our daily lives, from the clocks on our walls to the advanced timing systems that power global networks. For this reason, up-to-date and reliable clock timing resources, such as the CYW150OXC application family, have become so essential.

CYW150OXC Overview

The CYW150OXC is a comprehensive family of highly-precise, ultra-low-jitter (ULJ) oscillator modules, optimized for the needs of many advanced timing applications such as networking, industrial, and military technologies, ranging from the relatively simple microcontrollers requiring fast and accurate clock timing information to the complex multiprocessor systems that need reliable reference oscillators.

The CYW150OXC products are available in a variety of speed, cost, and performance levels. For example, they come in a variety of frequency ranges including 5 kHz to 75 MHz and wide temperature range -50°C to 125°C. This range of oscillator modules is designed to meet the needs of a wide range of clock-timing applications, from basic to highly specialized.

The CYW150OXC consists of advanced packaging designs with various temperature- and voltage-sensitive components. This means that each of the modules is designed to reduce interference with the system\'s clock signals, making it easier for the processor, microcontroller, or application to accurately determine time and synchronization.

CYW150OXC Application Field

The CYW150OXC family is specially designed for timing-dependent applications like Ethernet, Fast Ethernet, VOIP, digital video, telecom, industrial network systems, and military applications. It is also suitable for applications in aircraft, satellite, and battlefield communications systems.

For example, the CYW150OXC family\'s stability, accuracy, and fast start-up times make it ideal for use in military communications and precision timing systems that require communication between a base station and satellites. The CYW150OXC family can also be used in industrial networks, such as RFID and wireless monitoring systems, as well as in medical and scientific equipment. These oscillators are able to provide highly-precise timing signals at a variety of frequencies even in hostile radio frequency (RF) environments.

In addition, the CYW150OXC oscillator family is suitable for use in consumer applications, such as GPS tracking, entertainment systems, and audio/video equipment. The intelligence and precision of these oscillators ensures that the necessary timing signals are reliable and to ensure a smooth, error-free experience for the user.

CYW150OXC Working Principle

The CYW150OXC oscillator module works by using an internal crystal oscillator to provide a high-stability reference frequency, which is then regulated by a digital signal processor (DSP) to provide an ultra-low-jitter signal. This signal is then pulsed through a series of power transistors to provide an output signal with very high frequency accuracy and low phase noise.

The modules integrate an advanced feedback circuit system which automatically adjusts the output frequency to account for material and component tolerances. This ensures that the signal accuracy is maintained in line with the specifications of the system design. Furthermore, the oscillators are temperature- and voltage-compensated to ensure optimal performance in various environments.

The modules also feature a monitor circuit that can detect any trouble or instability in the oscillator signal quickly. Once any deviation from the reference frequency is detected, the circuit quickly compensates and then sends a signal to the system, allowing the system to be inactive until the disturbance is cleared.

Conclusion

The CYW150OXC family of ultra-low-jitter oscillators offer reliable, accurate, and cost-effective solutions for clock-timing applications in various industries. These oscillators use advanced packaging designs and digital signal processors to produce highly-precise reference signals with low phase noise. They also feature temperature-compensated circuits that adjust the output to keep the signal accurate, even in hostile RF environments. With its wide range of options and high performance, the CYW150OXC family is an ideal choice for many advanced timing applications.

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