DSC400-0101Q0114KI1

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

Pin Configurable/Selectable Oscillators: DSC400-0101Q0114KI1 application field and working principle

Pin configurable/selectable oscillators provide an alternative to traditional crystal oscillators with frequency agility, temperature stability and excellent frequency stability via a few simple components. DSC400-0101Q0114KI1 is a pin configurable/selectable oscillator manufactured by Omron, providing high frequency stability and minimal power consumption.

Features of DSC400-0101Q0114KI1

DSC400-0101Q0114KI1 offers an impressive frequency range of 10kHz to 250MHz, along with a low output current of <20µA (typical), 1.65V to 3.6V supply voltage, and <0.2 ppm frequency stability regardless of any environmental or application conditions. Additionally, it features superb jitter performance with a jitter range of typically <150fs (12kHz to 80MHz). Furthermore, it supports LVDS and HCSL outputs with frequency pullability of ±50ppm typical, with accuracy and stability varying with the frequency selection. With its HCMOS output power with a phase jitter of typically <2ps, the DSC400-0101Q0114KI1 is ideal for applications in telecommunications, computers and mobile devices, among others.

Application field

The DSC400-0101Q0114KI1 oscillator has a wide variety of applications in today\'s market, including, but not limited to, industrial, medical and military. Industrial applications are best suited for the DSC400-0101Q0114KI1 oscillator due to its consistent and reliable frequency output. It is also suitable for medical applications with its large frequency range and low power consumption. The low phase jitter and high temperature stability make it suitable for military applications where precise timing is critical.

Working principle

The DSC400-0101Q0114KI1 oscillator works by a selectable resonator that is controlled by a pin-selectable logic. A small quartz crystal is placed between two electrodes and a voltage is applied to the electrodes. This causes the crystal to vibrate at a certain frequency. By changing the voltage, different frequencies can be generated. The oscillator is then connected to the circuit that requires a certain frequency for its operation, such as a microprocessor. The oscillator\'s frequency is then adjusted by changing the voltage applied to the electrodes.

The frequency selection of the DSC400-0101Q0114KI1 oscillator can be made by setting the frequency selection pins before the device is powered up. The logic levels on the frequency selection pins determine which resonator is selected. Changing the logic level of the frequency selection pins will cause the output frequency to change. This enables the user to easily select the desired frequency with a minimum amount of power.

Conclusion

The DSC400-0101Q0114KI1 oscillator combines an impressive frequency range, low power consumption, excellent jitter performance and frequency pullability, making it an ideal choice for a variety of applications. The oscillator is simple to configure, with the frequency selection pins allowing for easy adjustment of the frequency. With its excellent stability, the DSC400-0101Q0114KI1 can be used in a variety of applications, such as industrial, medical, and military.

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