353WB3C143R

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Oscillators: 353WB3C143R Application Field and Working Principle

Oscillators are components which produce an output waveform, often a sine wave, square wave or other waveform, at a frequency determined by the circuit components used. The 353WB3C143R is an adjustable oscillator produced by Fox Electronics and used in a variety of different fields. Here we will discuss its application field and working principle.

Application Field

The 353WB3C143R is designed as an adjustable clock oscillator for use in a wide range of applications. Its versatility is seen from its large frequency range of 2.5 MHz to 80 MHz. The oscillator also has a wide range of features which make it suitable for a vast array of applications:

• Frequency ranges from 2.50 Mhz - 80 MHz
• 3VDC Typical Supply voltage
• Pullability of ±600PPM
• Jitter of unknown
• 5 Pin SIP SMD Package

As such, the 353WB3C143R is mostly used in clock generation. It can also be used in applications such as industrial automation, communications, and consumer electronics.

Working Principle

The working principle of the 353WB3C143R is based on the quartz crystal, which possesses piezoelectric properties. When the quartz crystal is subjected to an electrical field, it vibrates and produces an oscillating electrical signal. The vibration of the quartz crystal is determined by its shape and size as well as other physical factors. This signal is then amplified and adjusted using a variety of components within the oscillator circuit, producing a stable signal which can be used as a clock signal or for other purposes.

The 353WB3C143R is a complex oscillator which utilizes highly sensitive components to ensure precise frequency. It is this precision which makes it suitable for use in a variety of applications. The five pins of the oscillator consist of two input pins for receiving an external reference signal, and two input pins for adjusting the frequency. The output pin is used to supply the generated waveform.

Conclusion

The Fox Electronics 353WB3C143R is an adjustable clock oscillator suitable for use in many applications. It is based on the piezoelectric quartz crystal and is designed to produce a precise frequency, within a wide bandwidth. The oscillator is able to adjust the output waveform by using two input pins for adjusting the frequency and two input pins for receiving an external reference signal. The output pin is then used to supply the generated waveform.

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