B39431R0964H110

Resonators are essential components of radio frequency, audio and other electronic systems. They are used for generating, filtering, amplifying, shaping and transmitting signals and for providing signal control and feedback in electronic systems.
B39431R0964H110 is a small, low-profile, leadless surface-mount ceramic resonator. It is designed primarily for use in small consumer and computer applications, such as audio oscillators, signal conditioning and local oscillator circuits. Its size and small footprint allow it to fit into tight mounting constraints.

The B39431R0964H110 has a resonator frequency range of 9.6kHz to 11MHz and a high frequency stability of ±200ppm. It is capable of operating over a wide range of temperatures, from -45°C to +105°C. The device has a 16-pad QFN package and is stable over the full operating temperature range. The device also has the ability to eliminate non-linear frequency shifts caused by temperature changes.

The work principle of B39431R0964H110 is based on the use of waveguide resonators, which consist of a conductive wall (the resonator) and a waveguide extending along its length. When an electromagnetic wave reaches the waveguide, it induces an electric field which produces a current in the wall. This current produces a reaction force which acts on the waveguide and produces an oscillation of the waveguide itself. In this way, energy stored in the waveguide is periodically released, producing an oscillation with a well-defined frequency. This frequency is determined by the waveguide size and shape, and the resonator material.

B39431R0964H110 is an ideal choice for telecommunication and consumer electronics device applications. It is suitable for use in oscillator circuits, signal conditioning, and filter circuits which require precision tuning of the resonator frequencies. It also can be used in audio circuitry as an oscillator or as a active filter element. Its wide frequency range, small size and high frequency stability make it an ideal candidate for any application requiring rapid and precise frequency tuning.