DSC1001AE1-066.6660T

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Oscillators are used in myriad applications within consumer, aerospace, medical, and industrial markets. The DSC1001AE1-066.6660T, one of these oscillator, is specially designed for low jitter and high cycle-to-cycle stability. This shortform oscillator offers world-class performance through its low additive phase jitter, low cycle-to-cycle jitter, and a low harmonic distortion level.

The DSC1001AE1-066.6660T can be used in all types of applications that require a stable clock signal with little to no jitter or harmonic distortion. In a digital IC, it is important to maintain the cycle-to-cycle stability of registers and latches in order to ensure that the output is consistent with the design specification and that the design is not hampered by the oscillator\'s jitter or other errors. In addition to digital ICs, oscillators are also used in a variety of other applications, such as ADC/DACs, sensor interfaces, and high-accuracy analog circuits.

The DSC1001AE1-066.6660T is based on EMCCD (Electron Multiplying Charge Coupled Device) technology, and features 0.11ps rms (12kHz to 20MHz) phase jitter performance and 0.3ps rms cycle-to-cycle jitter performance, making it a leading oscillator in the performance class. Its 7.4ns rise/fall time contributes to minimal harmonic distortion, providing an admirable combination of high speed and low noise interference. This oscillator is also temperature stable and requires an operating voltage between 3.3V to 5.25V.

The EMCCD technology employed by this oscillator uses a ‘charge pump’ to amplify a signal while simultaneously breaking the signal into harmonics, while the jitter measurement is done using a ‘bulk sampling’ technique. This bulk sampling approach allows the DSC1001AE1 to capture tiny variations in the signal, providing high-precision cycle-to-cycle jitter performance without the need for a dedicated countermodule.

The primary function of this oscillator is to provide a stable timing source to enable communication between digital circuitry in ICs and other electronic products. This makes the DSC1001AE1-066.6660T an excellent choice for designs involving multiple chips and ICs that require a steady clock signal to work well together. The EMCCD technology used by this oscillator also makes it ideal for use in any high-speed digital circuitry, as it has a low harmonic distortion level that won’t interfere with the circuit’s signal.

The DSC1001AE1-066.6660T offers superior performance in a variety of applications. Its low additive phase jitter and low harmonic distortion make it an ideal choice for projects that require clean and stable high-speed communication. Additionally, its low cycle-to-cycle jitter makes it suitable for use in a variety of digital ICs that need to maintain a consistent cycle-to-cycle performance. The EMCCD technology applied in this oscillator provides a low-noise, low distortion clock signal to enable digital circuits to work well together.

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