AX7MCF4-156.2500C

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Oscillators are a type of electronic circuit that designates a stable device whose output has an alternating or moving waveform like a sine wave.

The AX7MCF4-156.2500C is a type of precision oscillator that employs a resonance circuit to generate a stable, high-precision clock signal with a frequency of up to 156.2500MHz. The resonator, comprised of a quartz crystal and an embedded ASIC (application-specific integrated circuit) configuration, serves as the basis for the oscillator’s excellent stability and superior temperature drift performance.

The AX7MCF4-156.2500C is ideal for applications such as mobile telecommunication devices, optical data transmission, consumer electronics, and in-vehicle electronics. The quartz crystal provides a very pure and precise reference for the internal oscillator circuit, ensuring a stable and low jitter clock signal. In addition, the resonator’s embedded ASIC also ensures that the oscillator has a low phase noise.

The primary working principle of the AX7MCF4-156.2500C is based on the quartz crystal resonance effect. The quartz crystal is the main component of the resonator and functions like an electrical filter, passing only certain frequencies and attenuating others. The quartz crystal’s resonance frequency is determined by the dimensions of the crystal. When an alternating electric current is applied to the crystal, it oscillates at its resonance frequency and the crystal acts like a tuned circuit.

The AX7MCF4-156.2500C produces a clock signal through the interaction between the quartz crystal and an oscillator circuit. The resonator creates a negative feedback loop which forces the oscillator to operate at a stable frequency. The oscillator circuit consists of a number of components such as a comparator, a capacitor and an amplifier. The capacitor is charged and discharged at a constant frequency, determined by the resonance frequency of the quartz crystal, and the comparator triggers the signal which is amplified and outputted to the system.

The AX7MCF4-156.2500C also features built-in voltage regulators and noise suppression features. The voltage regulator helps keep the power input to the quartz crystal constant, which allows the output frequency to remain stable. The noise suppression features help reduce noise and electromagnetic interference which can interfere with the oscillator’s signal.

In conclusion, the AX7MCF4-156.2500C is a highly stable, precision oscillator that provides a reliable, frequency-precise clock signal for a variety of applications. It offers an ideal solution for applications such as mobile telecommunication devices, optical data transmission, consumer electronics, and in-vehicle electronics. The oscillator is driven by a quartz crystal resonator and an embedded ASIC configuration, allowing it to generate a stable and low jitter clock signal with low phase noise. Additionally, the AX7MCF4-156.2500C incorporates features such as a voltage regulator and noise suppression for improved signal fidelity and better all-around performance.

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