9C48000086

Crystals are one of the fundamental components of modern technology, used for many applications and providing a range of features. One such crystal is the 9C48000086, which is an alkaline barium titanate crystal.

This type of crystal is a combination of barium, titanium and oxide. Barium is a silvery-white alkaline earth metal, which when combined with titanium and oxide produces a crystal that exhibits excellent piezoelectric properties. This makes the crystal ideal for a wide range of applications in the electronics and communications fields.

Applications of 9C48000086 Crystals

The 9C48000086 crystal has a range of potential applications. It can be used to produce electronic products that require piezoelectric qualities, such as microphones, switches, transducers, acoustic transducers, filters, and accelerometers. It can also be used in radar systems, as filters for telephone systems, or for environmental monitoring or medical applications.

The crystal also has excellent electrical properties, which makes it suitable for use in digital circuits, or for use in voltage-controlled oscillators, resonators, and phase-locked loops, which are all components of modern electronics products.

Working Principle of 9C48000086 Crystals

The 9C48000086 crystal works on the same principle as most piezoelectric crystals. When a voltage is applied across the crystal, the crystal changes shape in response to the voltage, and this movement then generates an electrical signal. This signal can then be used for a range of applications, such as frequency selection, signal modulation, and signal amplification.

The crystal can also be used in reverse, where a mechanical input is converted into an electrical signal. This can be used in applications that require precise timing, such as clock generation or frequency synthesis. The crystal can also be tuned, by applying a voltage across the crystal to slightly alter its shape and frequency response.

The 9C48000086 crystal is a versatile component, and its wide range of applications makes it an essential part of modern electronics products. From frequency synthesis to signal modulation, this crystal provides a valuable and cost-effective solution for many electronics applications.