402F26012IDR

402F26012IDR Application Field and Working Principle

402F26012IDR is the abbreviation for a type of modulating crystal, also known as a quartz crystal. This type of crystal is part of the quartz family, though there are differences between it and other crystals, ranging from its ability to oscillate at a very precise frequency, to its inability to generate an acoustic frequency. As a result, this type of crystal is typically used in electronic circuits where an accurately spaced oscillator is needed; the oscillator can provide a very precise frequency.

In addition to this type of crystal being used to provide an accurate frequency, it is also used in many other applications, such as providing frequency stability in an FM radio, or acting as a reference frequency in a digital clock. The crystals are also used in various alarms, wearable devices, watches, and other pieces of technology.

The working principle of the 402F26012IDR crystal is based on the piezo-electric effect, which refers to the induced voltage generated in a crystalline material when it is mechanically deformed. The deformation creates a small electrical field, which is then amplified by the crystal’s oscillator circuit. The amplified signal is then used to create the desired frequency for the desired application.

The 402F26012IDR crystal is often used in conjunction with a resonator, which is an electronic component that performs the same function but at higher frequencies. In order to get the most out of the crystal, it is important to ensure that the oscillation frequency of the crystal is synchronized with the resonator. This synchronization helps to ensure that the desired frequency is generated and that the signal integrity is maintained.

The 402F26012IDR crystal is also used in oscillators in order to generate a signal with a low phase noise. This is especially important for applications such as FM radio receivers where a signal with a low phase noise is essential for proper reception.

The 402F26012IDR is an ideal component for applications requiring an accurately spaced oscillator. It is highly stable, reliable, and capable of providing a signal with low phase noise, which makes it an ideal component for numerous applications.