9B11000003

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

What is 9B11000003 Application Field and Working Principle

9B11000003 Application Field and Working Principle is a type of crystal used to provide a constantly stable frequency to a circuit. This is done by supplying a crystal with a consistent electrical input. The crystal will then oscillate at a constant frequency determined by the characteristics of the crystal.

Types of Crystals

Crystals are typically made from one of two types of materials: quartz or ceramic. Quartz crystals are manufactured from quartz crystals that have been cut in various shapes and sizes. The quartz crystals are precision cut to very specific sizes and tolerances. The frequency of oscillation of a quartz crystal is determined by the physical characteristics of the crystal as well as its specified size, shape and tolerances.

Ceramic crystals, however, are made of a variety of materials such as aluminum oxide, barium titanate and other ceramic substances. These materials are sintered in various shapes, sizes and tolerances and the frequency of oscillation is determined by the properties of the material and the specified size, shape and tolerances.

Characteristics of Crystals

Crystals are extremely stable, providing very accurate and reliable frequency responses. They have high insulation resistance, low temperature coefficient and low aging rate making them very reliable over time. They also have high frequency stability and excellent noise suppression characteristics.

Crystals are available in a wide range of frequencies, packaged in various configurations, often as small surface mountable devices. The small packages enable designs with minimal space and high performance.

Application of 9B11000003 Crystals

These crystals are widely used in many applications including precision timing and reference, telecommunications, computing and multimedia. Crystals are also used for temperature controlled crystals, oscillators and resonators for low-power RF systems.

9B11000003 crystals provide a precise, stable frequency and require very little power. They are also extremely reliable, demonstrating very good frequency stability over time. These crystals have very low aging and temperature coefficients, as well as excellent noise suppression characteristics, making them ideal for precision applications.

Working Principle of 9B11000003 Crystals

The 9B11000003 crystal oscillators work on the principle of quartz or ceramic piezoelectricity. All crystals exhibit a certain degree of piezoelectricity, meaning they can change shape in response to an electrical field. The crystals are cut to a specific physical length and width, as well as a certain directional orientation in order to oscillate at a specific frequency.

When an alternating voltage is applied to the crystal, it begins to oscillate at a specific frequency. The frequency of oscillation is determined by the physical dimensions of the crystal, as well as the materials it is made of. The frequency is also affected by temperature and other environmental factors.

The 9B11000003 crystals are extremely accurate, providing a precise, stable frequency over time and temperature changes. They also have excellent noise suppression characteristics.

Conclusion

The 9B11000003 series crystals are a type of quartz or ceramic crystal oscillator used for precision timing and reference applications. They provide a precise, stable frequency and excellent noise suppression characteristics and can be used in a variety of applications. Their compact size and low power consumption make them ideal for designs with minimal space and high performance.

The specific data is subject to PDF, and the above content is for reference