DSC1103DI2-400.0000

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Oscillators are electronic circuits that generate repeating electronic signals for various purposes, such as electronic clocks, radio circuits, computer chips, and other electronic devices. DSCL1103DI2-400.0000 oscillators are specialized, narrow-band oscillators designed for use in applications that require low phase noise, low rms jitter performance and/or fast switching time.

DSCL1103DI2-400.0000 oscillators are designed to be used in precision timing circuitry and telecommunications applications, such as some of the more advanced radars and sonar systems, digital signal processing and digital data transmission. The oscillator offers precise frequency control, excellent stability, and low phase noise, and is capable of operating up to 200 MHz.

The oscillator consists of an oscillator core, a frequency-stable crystal, and other components that provide frequency control and protection. The oscillator is designed with the oscillator core at its center, which is the active component of the oscillator. The oscillator core is typically an integrated circuit (IC) device containing frequency control circuitry. The frequency control circuitry is responsible for keeping the oscillator frequency stable to within a very small range.

The frequency-stable crystal acts as a reference for the oscillator and helps keep the oscillator frequency stable. The crystal has a highly precise and stable frequency that is used as a reference for the oscillator. The oscillator core uses this reference frequency to control its own frequency. The oscillator core monitors its own frequency and makes tiny adjustments as needed to keep the oscillator frequency stable.

The oscillator also includes other components, such as resistors, capacitors, transistors, inductors, and diodes. These components are used to help control and shape the signal generated by the oscillator core. The frequency of the oscillator can also be fine-tuned using external components such as inductors or capacitors. The oscillator also includes other protection circuitry, such as over-voltage protection, protection from ESD, and circuit isolation. This protection helps ensure that the oscillator will provide reliable performance in the field.

The performance of the DSCL1103DI2-400.0000 oscillator is dependent upon its ability to remain within a predetermined frequency range. The ability to stay within this range is largely determined by the precision with which the frequency-stable crystal and the oscillator core are active. If the crystal or oscillator core are not performing accurately, then the oscillator will not operate correctly.

The oscillator is highly reliable and is designed to withstand extreme environmental conditions. It is also designed to provide excellent frequency stability and low phase noise. The oscillator can be used for precision timing and telecommunications applications that require low phase noise and fast switching times.

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