405I35B16M00000

405I35B16M00000 application field and working principle

Crystals are one of the most essential components in almost all electronic systems. Reducing the size of circuits by packing more components in limited space has become the new norm for today’s electronics industry. That is why it is important for crystals to be small enough to fit into these confined spaces. The 405I35B16M00000 crystal oscillator is one such example. This crystal oscillator offers the benefits of reduced system size, optimal frequency control and cost effectiveness.

Features and Benefits of 405I35B16M00000

• It has very small dimensions compared to other crystals with the same output power.
• It offers a very stable frequency with 0.18% accuracy over the full temperature range.
• It has a low power consumption of 15 mW.
• It has a high operating temperature range of -20°C to +80°C.

Potential Applications

The 405I35B16M00000 crystal oscillator is widely used in various applications such as mobile phones, PDAs, watches, automotive electronics, industrial process controllers and security systems. Its stability and accuracy, as well as its small size, make it the perfect choice for these portable and low-power devices. It can also be used in other RF and microwave applications where a very accurate frequency control is essential.

Working Principle

A crystal-controlled oscillator is an electronic oscillator that uses a piezoelectric crystal as its frequency-determining element. Piezoelectricity is the property of restoring its original shape or size, when a mechanical stress is applied to the structure. This property is used in these oscillators to create and sustain an oscillation, which is used to generate a periodic signal.

When the crystal is subjected to an alternating electric current, it vibrates at its resonant frequency and creates an alternation in the electric field. This electric field is then converted into an oscillating voltage by the variations in the induced piezoelectric charge. This oscillating voltage is then amplified and used as an output signal for the desired application.

Conclusion

The 405I35B16M00000 crystal oscillator is a reliable and cost-effective component which can be used in a wide range of applications. Its small size and high frequency stability are the main advantages of this component. The working principle behind this crystal oscillator is based on the conversion of an electric current into an oscillating voltage.