AX7DAF4-500.0000C

Oscillators are active electrical components used to generate electrical signals with a precise frequency. They are used in communication circuit designs for heartbeat, clock, timing, and frequency generation purposes. The frequency of the signal is determined by the type of oscillator, the capacity, and frequency range. One type of frequency generator is the AX7DAF4-500.0000C oscillator, which is a crystal oscillator with a frequency of 500.0000 MHz, and -up to ±50 ppm adjustable Stability.

The AX7DAF4-500.0000C is especially designed for ultra-high speed oscillation and board applications. It has a low jitter, less than 1ps RMS and a low phase noise, down to -140dBc/Hz at 1MHz offset. The high power output allows operation at -20dBm drive strength with a minimum of 10mA at 3.3V operation. The device is easy to use and is compatible with processors that support high speed, low jitter clock signals.

The AX7DAF4-500.0000C oscillator has a wide range of applications in the electronics and communications fields. It is mainly used in broadband HD voice and wireless communication systems, as well as in routers, switches, network storage devices, media playback and processing systems. It is also suitable for radio communication applications such as High Frequency (HF) long distance transmission, digital audio broadcasting, cellular radio, and satellite. Finally, it is used in high end computing systems for synchronizing low jitter clock signals.

The working principle of the AX7DAF4-500.0000C oscillator is simple. When the oscillator is connected to the circuit, a feedback line applies energy to the crystal, creating an oscillating electrical signal. This signal is then amplified, filtered, and then output as an oscillation at the required frequency. The frequency of the oscillator can be adjusted by changing the capacitance of the crystal, or by connecting different values of capacitance in-line with the crystal.

The AX7DAF4-500.0000C is a great example of a crystal oscillator that is capable of generating signals of precise frequencies with low jitter, low phase noise, and high power output. It is a valuable solution to many applications in the electronics and communications fields. It has found its way into a variety of applications from broadband HD voice and wireless communication systems, to high end computing systems and radio communication applications.