9B-48.000MAAJ-B

Crystals

Crystals are crystalline solids that contain numerous atoms, ions, or molecules arranged in an ordered periodic pattern. In other words, crystals are formed when tiny particles such as sand, dirt, rocks, or minerals settle and come together to form complex and beautiful 3D structures. Crystals can come in a variety of shapes, colors, and sizes. Crystals are used in a wide range of applications from medical treatments to electronic components.

Crystals can be used to create different kinds of electronic circuits, such as oscillators, transistors, and amplifiers. In oscillators, crystals are used to generate an electrical signal, which oscillates within a specified frequency range and is used to create sound. Transistors, another type of electrical circuit, utilize a crystal to amplify or reduce an electrical signal. Crystals are also used as components in receivers, transmitters, and cell phones.

Crystals can also be used in medical treatments. Some of these treatments include using crystals to reduce painful conditions such as arthritis and muscle aches, treating depression, anxiety, and insomnia, and reducing the effects of stress. Crystals can also be used to assist in healing and relaxation. Crystals are also used in many traditional healing practices and have been used for centuries by different cultures.

9B-48.000MAAJ-B Application Field and Working Principle

The 9B-48.000MAAJ-B quartz crystal is a low frequency oscillator used for a variety of industrial and commercial applications. Quartz crystals can be used as timing devices in microprocessors, televisions, and radios. The frequency of the crystal used in the 9B-48.000MAAJ-B oscillator is 48.000MHz. The crystal oscillator consists of a quartz crystal, collocated electrical resonator, and feedback circuitry.

In the 9B-48.000MAAJ-B quartz crystal, the quartz crystal acts as a filter that adjusts the frequency of the oscillator. Quartz is highly piezoelectric, meaning that when an electric field is applied to the crystal it vibrates at a certain frequency. The frequency at which the crystal vibrates is determined by its shape and size. In the 9B-48.000MAAJ-B quartz crystal, this frequency is 48.000MHz.

The electrical resonator is connected to the quartz crystal and serves to provide additional feedback. It consists of a coil or capacitors that are connected to the quartz crystal and is used to provide additional stability and adjust the frequency of the oscillator. Finally, the feedback circuitry is used to measure the frequency of the oscillator and provide feedback to the resonator to maintain the desired frequency.

In summary, the 9B-48.000MAAJ-B quartz crystal is a low-frequency oscillator that consists of a quartz crystal, collocated electrical resonator, and feedback circuitry. The quartz crystal is used to adjust the frequency of the oscillator and the resonator is used to provide additional feedback to maintain the desired frequency. The feedback circuitry is used to measure the frequency of the oscillator.

The 9B-48.000MAAJ-B quartz crystal is used in a variety of industrial and commercial applications, including microprocessors, televisions, and radios. It is an effective low-frequency oscillator that is capable of maintaining a stable frequency within a specified range. This makes it an ideal choice for many electronic applications.