416F300X3AST

416F300X3AST Application Field and Working Principle

The 416F300X3AST crystal features a low fundamental frequency in a low profile 3.2 mm SMD package designed for cell phone battery chargers. With its low dissipation, it offers excellent stability characteristics in temperature and frequency, as well as excellent shock and vibration resistance. Its low profile package fits in small handheld devices, and its excellent EMI suppression eliminates noise issues in low frequency oscillators.

A crystal oscillator is a type of electronic circuit that oscillates between two different electrical states, producing a periodic electrical signal at a determined frequency. It is made up of an active device (usually a crystal) that is connected to two electrodes which then form a resonant circuit. The crystal oscillator is connected to an oscillating source (such as an amplifier or external power source) and the output frequency is determined by the frequency of the source and the resonant frequency of the crystal.

The 416F300X3AST crystal is designed for applications such as cell phone battery chargers. It applies the simple piezoelectric effect, in which a crystal deforms when a voltage is applied to it. This deformation modifies the plasma frequency which is required in order to generate the oscillations. The frequency of the oscillations is determined by the physical properties of the crystal, such as composition and dimensions.

The 416F300X3AST crystal is designed for low frequency applications such as cell phone battery chargers. It has been designed to offer excellent stability characteristics in frequency, temperature, shock and vibration, and offers excellent EMI suppression to reduce noise. Its low profile design makes it ideal for use in small handheld devices.

In summary, the 416F300X3AST crystal is a low profile 3.2 mm SMD package that is designed for use in cell phone battery chargers. It offers excellent stability characteristics, as well as EMI suppression to reduce noise. Its low profile design makes it ideal for use in small handheld devices.