DSC400-0111Q0116KI2

Pin Configurable/Selectable Oscillators

The DSC400-0111Q0116KI2 is a pin configurable/selectable oscillator of the highest quality, with a wide range of applications. Built from a combination of integrated circuit and quartz crystal, this oscillator is able to quickly switch between operating frequencies and create high-quality output signals. Not only does it have the ability to generate low jitter and high-accuracy signals, but it also comes with a wide selection of frequency options. These features make the DSC400-0111Q0116KI2 the ideal choice for many high-end system applications.

Application Area

The DSC400-0111Q0116KI2 is designed to provide high-quality, low-jitter oscillatory signals in a wide range of applications. These include communication systems, embedded systems, test equipment, industrial automation equipment, automotive electronics, etc. The oscillations generated by this device are of the highest quality, and their accuracy is suitable for precision applications that require precise signal production and accurate timing.

Thanks to its built-in frequency selector switches, the device can quickly adjust frequency on the fly. This enables the device to be used in applications such as radio frequency (RF) signal generation, signal synchronization, and other applications requiring varying frequency output. The DSC400-0111Q0116KI2 can be used within the frequency range of 2.5 MHz to 112 MHz, covering all the standard frequencies used in such applications.

Working Principle

The DSC400-0111Q0116KI2 works by using an integrated circuit (IC) and a quartz crystal. Upon the application of power, the IC receives a signal from the quartz crystal, which it uses as a reference for generating an oscillatory signal of the desired frequency. Frequency selection is controlled by the pin configurations on the device, allowing for a rapid transition between frequencies. The frequency is then fed to the output pins, which is then used by external circuitry. The accuracy of the generated signal is determined by the accuracy of the quartz crystal.

The high precision of the oscillatory signal generated by the device is its main advantage. Its low jitter makes it suitable for many high-end applications, and its wide selection of frequency outputs allows its use in various types of systems. Furthermore, the device is designed to be pin configurable, enabling it to be quickly reconfigured for different output frequencies. This saves time and costs associated with having to replace frequency sources.

Conclusion

In conclusion, the DSC400-0111Q0116KI2 is a pin configurable/selectable oscillator of the highest quality, with a range of frequency capabilities and accuracy levels suitable for use in many types of systems. Its combination of integrating circuit and quartz crystal technology makes it capable of quickly switching between operating frequencies and producing high-quality and low-jitter signals. Furthermore, the device is pin configurable and can easily be programmed to produce a variety of output frequencies, making it ideal for a wide range of applications.