AX7MAF1-206.2500T

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Oscillators are complex electronic components that work by creating an output signal that oscillates around a desired frequency or range. They are used in a variety of sectors such as telecommunications, radio engineering, consumer electronics and medical applications. Within this domain, AX7MAF1-206.2500T is a type of crystal oscillator that offers an extra level of convenience to users by providing an extended temperature range. It features superior stability and is designed to be used in both low and high frequency applications.

The AX7MAF1-206.2500T consists of a transistor-like shock stress-resistant body, along with two solid-state crystals (one for power-on stability and the other for additional frequency accuracy). Once assembled, it is then tested to ensure that its parameters are within their given specifications. The oscillator is designed to have excellent dynamic parameters with a high resonant impedance. In addition, its temperature range is among the widest available, offering -40°C to 125°C of operation.

The AX7MAF1-206.2500T is predominantly used in a variety of high-end systems such as for test equipment, sensors, real-time clocks, atomic clocks, and VCOs. Other applications include frequency control, servo motor control, time division multiplexing, and more.

The core of the oscillator’s working principle lies in its two-crystal approach. The two crystals are differentially tuned and will generate an output signal that’s amplified and regulated to maintain the desired frequency. Furthermore, it can be adjusted via a few external parts to provide the desired output, ranging from 8.000 to 254.25MHz.

In terms of accuracy, the AX7MAF1-206.2500T offers excellent performance, with error rates as low as 0.005%, or 4.68ppm. Additionally, it offers superior stability, with a stability of 0.0005% over the operating temperature range. This stability ensures reliable long-term performance.

In conclusion, the AX7MAF1-206.2500T is an excellent solution for frequency control in a variety of different high-end applications. It features improved dynamic parameters and temperature ranges while offering suitable output frequency and stability. The AX7MAF1-206.2500T’s two-crystal approach in combination with its high resonant impedance make this one of the best crystal oscillators available for any type of application.

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