AX7DBF3-1330.0000T

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Oscillators

An oscillator is an electrical circuit that produces an alternating current signal without any external input. It usually consists of an active element, such as a transistor, which is used to create the oscillation, and some passive elements, including resistors and capacitors, to control the amplitude and frequency of the signal. Oscillators are widely used in many electronic applications, including communication, wireless networks, medical devices, robotics, fluid control systems, and automotive systems.

AX7DBF3-1330.0000T application field and working principle

AX7DBF3-1330.0000T is a highly integrated crystal oscillator designed for high performance applications with tight frequency stability over temperature and voltage variations. This oscillator is available in a variety of frequency ranges from 10 kHz to 500 MHz.

The AX7DBF3-1330.0000T is used in a wide variety of applications, including telecommunications, military/space, automotive, medical, and industrial applications. It can be used to generate ultra-high frequency signals for test equipment, such as signal generators, radar, and instrumentation systems. It is also used in RFID systems and satellite communications.

The AX7DBF3-1330.0000T uses a quartz crystal as its frequency reference. The frequency of this oscillator is controlled by the resonance characteristics of the crystal. The oscillator uses an active device, such as a transistor, to amplify and stabilize the frequency. The oscillator is designed to generate a sinusoidal output signal with very low phase noise.

The AX7DBF3-1330.0000T is designed to provide high accuracy and reliability, with minimal variation in output frequency over the specified temperature range. The output amplitude is also tightly controlled and corresponds to the stabilizing current. The oscillator features an extremely low phase noise, with the typical phase noise level at -130 dBc/Hz at 10 kHz offset frequency.

The AX7DBF3-1330.0000T is designed for high performance applications, and offers a small form factor and low power consumption. It is designed to provide excellent frequency stability across temperature and voltage variations, ensuring reliable operation. It is also highly resistant to EMI/RFI interference.

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