DSC400-1111Q0081KI1T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

These days, electronics are becoming part of everyday life, making their way even into the most mundane applications. Yet, the backbones of many of these electronics are oscillators of some kind— whether it\'s for a simple clock source or a complex controller. One such product is the DS C400-1111 Q0081KI1T, which is a Pin Configurable/Selectable Oscillator.

This type of oscillator is great because of its flexibility—it can be easily programmed to precisely meet the needs of different applications. The DS C400-1111 Q0081KI1T is able to change both its frequency and operating voltage range, making it an ideal choice for a variety of applications. It\'s also designed with a very small form factor, and it runs at relatively low power consumption, which is great for battery-operated applications.

The DS C400-1111 Q0081KI1T is suitable for use in environments which demand high-frequency stability and accuracy. This oscillator is able to achieve a very high frequency stability, which is particularly important for precision radio-frequency (RF) applications. It also operates over a wide range of temperatures and has a good jitter performance. In addition, the oscillator is extremely reliable, meaning it can reliably keep the system ticking without any unnecessary maintenance.

So, what makes this oscillator unique? Well, the secret lies in its working principle. The DS C400-1111 Q0081KI1T uses a patented multi-modal oscillation scheme, which is a combination of digital and analog techniques. In this scheme, the oscillator is configured with an oscillator circuit, a programmable frequency divider, and a programmable logic element. The combination of these elements allows the oscillator to maintain its frequency and accuracy over a wide range of temperatures and power sources.

The actual frequency range is between 24 MHz and 70 MHz, and the operating voltage range is between 2.5 and 5.5 V. This makes it suitable for use both in low power and high-power applications. One of the most popular applications for these oscillators is for a clock source in an FPGA. The multi-modal oscillation scheme helps ensure that the FPGA can maintain its clocking accuracy, even in the presence of environmental changes and voltage source fluctuations.

DSC400-1111Q0081KI1T oscillators have also been used for monitoring and control of a wide range of communication systems, including cellular, Wi-Fi, and Bluetooth. The ability to precisely determine the frequency of the oscillator, as well as its wide operating voltage range, makes it ideal for this kind of application. Other applications include motor controllers, robotics, and other precision tasks that require a high degree of accuracy.

With its wide range of features and its ability to be configured to meet different application needs, the DS C400-1111 Q0081KI1T is a great choice for applications where accuracy and stability are important. The patented multi-modal oscillation scheme provides a great degree of frequency stability and accuracy, making this oscillator suitable for a variety of applications— whether they involve high-precision RF or general consumer electronics.

The specific data is subject to PDF, and the above content is for reference