637E156J5C2T

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Oscillators are electronic components that provide an output signal that is periodic over time, typically an AC waveform based on a voltage or current. The 637E156J5C2T is an oscillator that provides an output waveform with a very low phase noise over a broad frequency range, allowing the user to maintain performance characteristics across all frequencies.

The 637E156J5C2T is a quartz crystal-based oscillator that is composed of a quartz crystal, an electronic drive circuit and a heat sink. The quartz crystal is a sensitive element that vibrates at a set frequency when exposed to an electric current. The drive circuit amplifies and buffers the electrical current to provide a stable output signal. The heat sink dissipates the heat generated by the oscillator, allowing it to operate at higher frequencies without overheating.

The 637E156J5C2T provides an output waveform with a low phase noise across a wide frequency range. It is capable of operating at frequencies up to 1 GHz, with a phase noise at 10 kHz offset of -106 dBc/Hz. This low-noise characteristic makes the 637E156J5C2T well-suited for a variety of applications, including high-speed wireless communication, frequency synthesis, clock distribution, and radio frequency (RF) systems.

In addition to its low phase noise characteristics, the 637E156J5C2T also offers other benefits. It has a high-frequency stability of 0.2 ppm and a low current consumption of 40 mA, which helps to reduce power consumption and minimize system cost. The oscillator also has a high dynamic range, allowing it to produce a consistent output amplitude across a range of frequencies.

The 637E156J5C2T oscillator is a reliable, low-cost component that is well-suited for a variety of applications. It offers excellent noise performance, high frequency stability, low current consumption, and a wide range of frequencies. This makes it an ideal choice for applications that require a high-performance oscillator, such as high-speed wireless communication, frequency synthesis, clock distribution, and RF systems.

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