CE3391-7.372800

Oscillators

Oscillators are electronic circuits designed to generate a continuous, periodic electronic signal. These signals are commonly referred to as sinusoidal signals, due to their being derived from the sine wave. Oscillators are classified according to the type of signal they output. Commonly used oscillator types include sine wave, square wave, triangle wave, sawtooth wave, and pulse wave.

CE3391-7.372800 is an anisotropic magnetoresistance (AMR) oscillator designed for use in oscillator applications. The CE3391-7.372800 consists of a forked-shaped resistor connected across two vertical flux paths on a ferromagnetic thin-film cube. The two vertical flux paths are connected to a single vertical path that has both a magnetic field and an electric field applied to it, creating a gate-like structure. The oscillator output is generated by the interaction of the forked-shaped resistor with the vertical flux path. The oscillator works in a fashion similar to an AMR-based resistance bridge, where a change in the applied current causes a corresponding change in the resistance of the device, and thus a change in the output voltage.

CE3391-7.372800 has a wide range of applications, such as clock generation, signal conditioning, filters, frequency synchronization, and low-noise signal generation. It is particularly well suited to clock and frequency synchronization applications, as the AMR-based oscillator provides very good accuracy and stability. This makes it well-suited for phase synchronization or jitter reduction of clocks for high-performance systems. In addition, it provides good jitter and phase noise performance, enabling it to be used for low-noise signal generation.

At the heart of the CE3391-7.372800 is its AMR structure, which is based on the anisotropic magnetoresistance (AMR) effect. The effect is based on the fact that the resistance of a magnetic material is dependent upon the direction in which the magnetic field is applied. This means that if an AC signal is applied to a ferromagnetic material, the resistance of the material will vary with the frequency and magnitude of the applied signal. The CE3391-7.372800 uses this effect to generate the output signal. By applying a current to the two vertical flux paths, the current causes the resistance of the device to vary with the frequency of the applied signal. This in turn causes the output voltage to vary, resulting in the sinusoidal output signal.

The CE3391-7.372800 is a highly reliable, cost-effective solution for oscillator applications. It provides excellent performance in terms of stability, accuracy, and phase noise. Additionally, its low power consumption makes it an attractive choice for battery-powered, power-sensitive applications. The performance and reliability of the CE3391-7.372800 have led to its widespread adoption in many different applications.

In conclusion, the CE3391-7.372800 is a highly reliable and cost effective solution for oscillator applications. It is based on the anisotropic magnetoresistance (AMR) effect, providing excellent performance in terms of stability, accuracy, and phase noise. It has a wide range of applications, from clock generation to signal conditioning, filters, frequency synchronization, and low-noise signal generation. The reliable performance and low power consumption of the CE3391-7.372800 make it an attractive choice for battery-powered, power-sensitive applications.