353WB3A480R

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Oscillators help in producing a waveform at a steady frequency that is used to drive analog or digital circuits. The 353WB3A480R Oscillator is a high-performance crystal oscillator produced by IQD Frequency Products, which can be configured to any particular purpose. This article will discuss the application fields and working principle of the 353WB3A480R Oscillator.

Applications

The 353WB3A480R Oscillator has a wide range of applications, including telecommunications, medical equipment, laboratory instruments, monitoring and control, navigation systems, mapping, geophysical surveys, radar, aircraft navigational systems, computers and peripheral equipment, calculators and signal generators. The oscillator can be configured to meet the needs of any particular application. For example, it can be tuned to a particular frequency range or configured with a wide range of outputs, for use with digital and analog operations.

Working Principle

The 353WB3A480R Oscillator operates on a quartz tuning-fork mechanism, which vibrates at a specific frequency, and the oscillation is then amplified. The 351WB3A480R oscillator is a high stability oscillator, which means it is less prone to drift over time due to temperature and humidity fluctuations. The oscillator frequency is kept stable using an anti-aging circuit, which keeps the oscillator frequency accurate to within ±5 ppm.

The oscillator is also temperature compensated, so that its frequency is kept stable across different temperature ranges. The base frequency range of the oscillator is 3-48 MHz, but it can be tuned to a higher or lower frequency range depending on the application. The output waveforms include sinusoidal and square waves, with duty-cycles of 25/75 percent. The 353WB3A480R has a high isolation voltage of 5 kV, and a low power consumption of 1 watt.

The 353WB3A480R Oscillator is a highly reliable and precise frequency source, which is ideal for many applications due to its high performance. The oscillator is constructed using high-quality, proven components, and is tested for accuracy and stability, ensuring a long-term reliability even when exposed to temperature and humidity fluctuation.

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