CX101F-040.000-H0445 Crystals, Oscillators, Resonators

Crystals

Crystals, also known as piezoelectric crystals, are a type of electronic component made of specially cut pieces of ceramic and other material which can be used to make electrical circuits. They are often used in a variety of radio, television and audio equipment and can be found in the form of oscillators, filters, amplifiers and many other types of components. The most common type of crystal used in electronics is the quartz crystal, which is used in the production of oscillators, filters, transistors and other types of radio-frequency devices.

CX101F-040.000-H0445 Application Field and Working Principle

The CX101F-040.000-H0445 crystal, also known as the H0445 series, is a miniature, high-precision piezoelectric crystal designed for use in wireless communication and telecommunication systems. It is constructed from a high-quality quartz crystal that has been cut and machined to a precise set of dimensions to ensure accurate and consistent timing and stability. The crystal works by converting electrical signals into mechanical vibrations, which cause the crystal to oscillate at a predetermined frequency.

The CX101F-040.000-H0445 crystal is used in a variety of applications that require precise, high frequency signals. It can be used in applications such as digital cellular phones, pagers, microwave radios, and other devices that require frequency-selective filtering and high-frequency oscillators. It can also be used in medical or industrial applications, such as calcium detection or temperature sensing.

The crystal is composed of two plates of quartz that are connected together at their ends. The plates are then cut and sawed to shape in a process known as "dicing". The two plates are connected via a connection called a "tether".

The crystal works by being driven by an input voltage applied between the two plates. When the input voltage is applied, the quartz plates vibrate, creating an alternating current in the surrounding material. This alternating current then creates an electromagnetic field which is detected by the receiver, thus allowing the receiver to convert the signals into electrical energy.

The frequency of the oscillations produced by a crystal can be adjusted by changing the size and shape of the plates and the amount of voltage applied. The frequency of the crystal can also be adjusted by changing the size of the crystal, which is done by increasing or decreasing the size of the quartz plates.

The CX101F-040.000-H0445 crystal is an extremely precise, high-frequency device, making it ideal for the most demanding applications. It is highly reliable, has a low power consumption, and is able to operate over a wide range of temperatures.

The CX101F-040.000-H0445 crystal is a versatile and dependable device, making it ideal for applications requiring generous bandwidth or high frequency accuracy. It is widely used in a variety of consumer and industrial applications and is essential for the proper functioning of many modern electronics devices.