AX7HBF1-470.0000T

Oscillators

Oscillators are used in a variety of applications including AC and DC motor controllers, audio applications, instrumentation, precision timing, switching supplies, digital logic, and more. In order to generate a sine wave, a device known as a resonator is used to oscillate the electric signal. The resonance occurs when the frequency of the signal is near the resonant frequency of the resonator, which is typically a coil or a capacitor. An oscillator can be designed using both active and passive components depending on the specific application needs.

AX7HBF1-470.0000T Device Overview

The AX7HBF1-470.0000T is a miniature, low-power, high-accuracy oscillator with an extremely low jitter and a wide operating temperature range. It is designed to provide an accurate and reliable time reference with reduced power consumption. It features four crystal frequencies, two frequency output options, and low-power operation. The unit also contains a precision voltage regulator and an adjustable temperature compensation, which can be used to maintain accurate frequency output over a wide range of temperatures. It is available in a range of package sizes with two outputs, digital and analog.

AX7HBF1-470.0000T Application Field and Working Principle

The AX7HBF1-470.0000T is commonly used in audio, instrumentation, precision timing, switching supplies, and DC/AC motor controllers. Additionally, it can be used for frequency calibration, reference oscillators, and sensor applications. The oscillator utilizes an adaptive \'auto-locking\' technology which allows the device to achieve low power consumption while maintaining excellent frequency accuracy.

The oscillator operates by using an extremely low-noise crystal as a reference frequency. This reference frequency is then amplified and mixed with an adjustable frequency from a voltage regulator. A feedback loop adjusts the oscillator circuit to keep the output signal at the same frequency as the reference frequency. To maintain accuracy at different temperatures, a temperature compensation circuit is used to adjust the output signal as the temperature of the device changes.

The AX7HBF1-470.0000T\'s low power consumption and high accuracy make it well-suited for a wide range of applications. Additionally, its small size makes it ideal for embedded applications.