520R05HT16M3690

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Oscillators are stimulating devices used for creating continuous waveforms of a unique frequency and amplitude. In common use, oscillators are used for various purposes including for timing and synchronization of higher speed digital circuits, phase locking of frequency synthesizers, and providing stabilized signals for communication receivers. The 520R05HT16M3690 oscillator is one such oscillator device, designed for use in frequency control applications. Its main features include 16 MHz operating frequency, low voltage operation, high stability over temperature, supply voltage, time, and deep electrical modulation.

The 520R05HT16M3690 oscillator’s operating principle is based around the use of a quartz crystal, a low noise amplifier, and a power buffer. The crystal, which is also known as a piezoelectric element, is built from an electrically isolated material, making it act both as a physical oscillator and a transducer. When an electrical signal is applied to the crystal, it produces an oscillating current and when the current is removed the crystal returns to its original state. The low noise amplifier then amplifies the oscillation to a level suitable for use, and the power buffer provides the energy for the oscillator to keep oscillating at its set frequency.

The 520R05HT16M3690 oscillator has a wide range of applications in frequency control devices. It can be used for the generation of an accurate frequency for television tuners, frequency synthesizers, systems requiring low jitter, and other applications requiring frequency stability over temperature, supply voltage, and time. It is capable of deep modulation for frequency control applications, and its narrow frequency pull range of 12.5 +/-7.5 ppm can provide a stable signal for synchronizing functions. It also exhibits low current consumption, making it advantageous for usage in battery powered and ultra low-power applications.

The 520R05HT16M3690 oscillator has a number of advantages and features, making it an ideal choice for frequency control applications. It has a high degree of accuracy and stability, ensuring that frequencies are maintained within tight tolerances throughout its operating period under varying conditions. The device also has a wide operating temperature range, low current consumption, and narrow frequency pull range. As a result, the 520R05HT16M3690 oscillator is ideal for use in many frequency control and synchronization applications.

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