C3391-16.384

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Oscillators are electronic components that produce a continuously repeating signal often used as a timing reference in many applications. The C3391-16.384 oscillator is a power and space saving, high precision, low power, small form-factor quartz oscillator. This oscillator boasts several features such as high frequency accuracy and low current consumption making it a versatile tool for applications with dynamic environments. It is designated as a hermetic-sealed, ruggedized, and RoHS compliant oscillator that is available in a variety of frequencies from 2 MHz to 75 MHz.The primary application field for the C3391-16.384 oscillator includes applications such as Wi-Fi, digital radio systems, cellular phones, recorders, radars, and satellite receivers. This oscillator is also a viable option for applications that require very fast frequency response such as fast Fourier transform (FFT) or digital carriers. The C3391-16.384 is an excellent choice for timing solutions that are sensitive to noise, vibration, or temperature.The C3391-16.384 oscillator features a hermetic-sealed ceramic package, signal conditioning circuit, and small size. The power requirement is extremely low, ranging from 0.45 W to 2.5 W, and the device is capable of meeting their specified frequency accuracy to within the range of ±30 PPM for standard components and ±15 PPM for automotive applications. The frequency stability is rated at 1E-10/year or less, and the temperature stability is considered to be excellent.The working principle behind the C3391-16.384 oscillator is fairly simple. Inside the device, a quartz crystal is utilized to produce a signal that is then amplified and conditioned to form an output signal. The oscillator is designed so that when its input signal is applied, the crystal will vibrate, resulting in an output waveform with a very uniform frequency. The amplitude of the signal can also be adjusted by adding different components to the programming circuit.The C3391-16.384 oscillator is a highly reliable and stable component that is perfect for a variety of timing solutions. Its low power consumption, hermetic-sealed ceramic package, and small form-factor make it an ideal choice for applications that require a high degree of accuracy and reliability. This component is also designed to handle dynamic environments, making it a convenient choice for applications in challenging scenarios.

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