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Resonators

B39321R951U410 is a type of resonator commonly used for timer and frequency divider circuits. It is a quartz crystal oscillator with a CMOS compatible, surface mount package. This type of resonator is low cost, has low power consumption and good temperature stability – characteristics that make it ideal for use in a variety of applications.

Application Field

B39321R951U410 is mainly used in low-cost, low-frequency applications in consumer electronics, such as TV and audio equipment, and embedded systems, such as smart sensors and controllers. Other application fields include automotive, clocks, video game consoles, wearable devices, medical devices for drug delivery and diagnosis, and industrial automation equipment.

Working Principle

B39321R951U410 is a crystal oscillator, which is based on the principle of resonance. The resonator is made of a piezoelectric material which, when connected to an electric circuit, will generate an alternating voltage at a frequency determined by its physical structure. The quartz crystal is cut and mounted in an oscillation circuit, where an external source generates an electrical signal.The quartz crystal itself acts as a resonator, and the alternating electrical signal is converted into an oscillating mechanical wave. This wave then travels through the crystal at its natural resonant frequency, forming an oscillatory electric current in the circuit. The resonant frequency is determined by the size and shape of the crystal, making it possible to design crystals to operate at specific frequencies.

B39321R951U410 resonators are particularly suited to low frequency applications. This is due to their robust construction and low-cost production as well as their high degree of temperature stability and low power consumption. Additionally, the surface-mount package of B39321R951U410 is CMOS compatible, meaning it can be easily integrated into electronic circuits without the need for external components. This makes the B39321R951U410 especially suitable for use in high-volume, low-cost applications.

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