DSC400-3331Q0097KE1T

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Pin Configurable/Selectable Oscillators are commonly used for providing an accurate oscillator frequency source. DSC400-3331Q0097KE1T is a typical pin configurable/selectable oscillator that utilizes the innovative DSC400 high-stability oscillator module. It is designed for various applications such as cellular communications, medical instruments and aerospace systems, etc.

DSC400-3331Q0097KE1T is built using a special bipolar laser-trimmed circuit technology that is precise and reliable. It has an extremely low aging rate, and its voltage-controlled temperature compensated oscillator provides high precision, good short-term stability and immunity to frequency drift. Moreover, it has low SSB phase noise and wide frequency span, and operates under low power to ensure optimum performance with minimal power consumption.

Aside from these, the DSC400-3331Q0097KE1T has a customizable circuit that can be easily configured by connecting the required logic pins to specific voltages. This allows the user to customize the configuration of the oscillator, and helps reduce cost and complexity of the device. Furthermore, the oscillator has a selectable frequency latch that can be used to switch between multiple frequency options. This ensures the needed operation frequency is always available as required.

In terms of working principle, DSC400-3331Q0097KE1T utilizes a capacitive-based oscillator. It has a differential setup that comprises of a temperature compensated inductor and a temperature-controlled varactor, both of which are connected in series. As the voltage of the varactor varies, the resonant frequency of the oscillator will also vary accordingly. In this way, the user can accurately control the oscillating frequency by adjusting the voltage of the varactor.

DSC400-3331Q0097KE1T is a unique pin configurable/selectable oscillator that provides accurate frequency control and stability. It delivers good short-term stability, low power consumption, low SSB phase noise, and wide frequency span. It has a customizable circuit that enables easy configuration and easy selection between multiple frequency options. Most importantly, its capacitive-based oscillator works perfectly with its temperature compensated inductor and temperature-controlled varactor to provide accurate frequency control.

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