510CCA000306BAGR

Oscillators

510CCA000306BAGR Application Field and Working Principle

The 510CCA000306BAGR is a specialized oscillator manufactured by Murata used in low power handheld applications. It is a high precision oscillator with low-power consumption making it suitable for use in a range of applications, including ultra-low volatge consumer electronics, automotive and wearable systems. It offers high accuracy over a broad voltage range covering 0.9 v to 3.6v. The device also features a low jitter and amplitude of 3.3V p-p at 10MHz.

The 510CCA000306BAGR is designed to replace legacy quartz crystals and oscillators while still providing the high reliability, accuracy and low power consumption. The device operates by generating a stable frequency oscillation from an external loop of a quartz crystal resonator. The resonator works by utilizing piezoelectric effects, or the ability for certain materials, such as quartz, to generate a voltage when pressure is applied to them. The oscillation created by the resonance is then used as the signal source to generate the desired output.

The 510CCA000306BAGR is used for Clipped Sinewave Synthesis, a widely used oscillator circuit used to generate a clipped sine wave that has become the standard for low-power, portable consumer electronics. This oscillator uses a quartz crystal resonator that is placed in series between two inductors, forming a series-parallel resonate circuit. When the series resonator frequency is near resonance, a nonlinear clipping action occurs resulting in a stable, sine-wave output that can be used in a variety of applications.

The 510CCA000306BAGR is a highly specialized, low-power oscillator that offers great accuracy and stability. It is an ideal choice for any application where a high-precision, low-power oscillator is needed. Whether it is in a consumer or automotive application, the 510CCA000306BAGR is sure to provide the accuracy and stability for any application.