AX7DBF1-716.8000T

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Oscillators are widely used across numerous industries, ranging from electronic equipment to industrial machinery. The AX7DBF1--716.8000T oscillator is a high-performance frequency-controlled oscillator and part of the latest oscillator product line. It offers very low noise and low jitter performance, helping users to achieve the best performance in their designs.

The AX7DBF1--716.8000T oscillator is a type of frequency-controlled oscillator (FCO). It has excellent thermal stability and phase noise performance, making it well suited for implementation in frequency-agile and low-phase-noise applications. It is available in the standard 716.8000T package, making it easier to integrate into existing designs. The use of a low-noise crystal makes the AX7DBF1--716.8000T well suited for use in wideband applications, making it the go-to choice for audio, cellular and general RF applications.

The AX7DBF1--716.8000T oscillator features a versatile output frequency range from 12.000 MHz to 716.8000 MHz. This wide range of frequencies allows users to implement the oscillator in a wide variety of applications. The frequency stability of the AX7DBF1--716.8000T oscillator is also very good, with its typical frequency stability of ±0.5 ppm over its rated temperature range. This ensures that the oscillator can be used in applications requiring very high frequency stability.

The AX7DBF1--716.8000T oscillator also features a low phase noise performance. Its typical phase noise is -130dBc/Hz at 10kHz offset from the carrier. This makes it an excellent choice for applications where achieving very low phase noise is vital, such as in communication systems. It is also ideal for use in environments with high levels of electromagnetic interference, since it offers excellent immunity to RF interference and jamming.

The AX7DBF1--716.8000T oscillator is a versatile and reliable frequency-controlled oscillator that is suitable for use in a wide range of applications. Its wide frequency range, excellent frequency stability and low phase noise performance make it an ideal choice for various RF and communication applications, such as cellular networks, wireless communication systems, audio equipment and general communication systems. It is also well suited for use in applications that require very high frequency stability, such as precision measuring instruments and frequency-agile systems.

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