AX7PBF2-148.351648C Datasheet/PDFOscillators play a critical role in the generation of signals and in controlling various systems. Various types of oscillators exist depending on their application and working principle, one such type being the AX7PBF2-148.351648C oscillator.
Applications of AX7PBF2-148.351648C Oscillator
The AX7PBF2-148.351648C oscillator has found use in various industrial applications such as frequency stability, triggering, signal regeneration, time-base generation, clock signal generation, and communication systems. It is widely used in radio communication systems and other industries.
Additionally, the AX7PBF2-148.351648C oscillator is often used in aerospace applications, medical instruments, and instrumentation systems. This is due to its high frequency stability and wide frequency range (from 1MHz to 148MHz). It is often used in applications that require precise timing signals, such as clock signal generation.
Working Principle of AX7PBF2-148.351648C Oscillator
The AX7PBF2-148.351648C oscillator is based on the Armstrong oscillator principle. This principle combines an inductor and capacitors to create an oscillatory circuit. An electronic current is supplied to the circuit, causing the circuit to oscillate at a specific frequency. This frequency is determined by the capacitance and inductance of the circuit.
The AX7PBF2-148.351648C oscillator operates on the same principle but offers a higher operating frequency range than most oscillators. This is due to its high-Q inductor which is integrated into the circuit. This high-Q inductor is critical for maintaining the frequency stability of the oscillator, allowing it to produce precise and reliable signals even at the maximum operating frequency.
Conclusion
The AX7PBF2-148.351648C oscillator is one of the most popular oscillators for various industrial applications due to its wide frequency range and high frequency stability. This oscillator works on the Armstrong oscillator principle, combining capacitors with a high-Q inductor to create a reliable and precise signal source.