AX7PBF1-1300.0000C

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Oscillators are electrical circuits that generate alternating current and voltage waveforms over a wide range of frequencies. The AX7PBF1-1300.0000C is a miniature and high performance oscillator which is used for an array of applications including systems requiring high frequency accuracy, radio frequency, Bluetooth, Wi-Fi, digital broadcast receiver, and multimedia applications.

The AX7PBF1-1300.0000C oscillator is a quartz crystal unit which operates at the fundamental series mode at a frequency of 13MHz. It can be used up to the temperature range of -40°C to 85°C and has a frequency resolution of 100kHz. It is constructed with a sealed lead frame package with an anti-static protection layer on top, and is designed to effectively heat dissipation.

The AX7PBF1-1300.0000C has a wide operation voltage of 2.5V to 3.3V DC, and a low current consumption of 3.3mA. This makes it one of the most efficient oscillators on the market, with high frequency accuracy. The frequency range is wide and experiences almost no drift, thus ensuring highly stable operation. It also features a wide jitter performance, which helps to reduce any data channel impairments. Further, it has an extremely low noise level of -85 dBc/Hz, ensuring superior signal integrity and digital signal clarity.

The AX7PBF1-1300.0000C works on the principle of electrical resonance, which involves an electrical circuit with an inductor and capacitor in parallel. During operation, the two components start to oscillate due to the resonance, producing a periodic signal. The circuit is tuned to resonate at a frequency which depends on the inductance and capacitance of the components. These components are designed in such a manner that the resistor and inductor are connected in series, in order to increase the resonant frequency, which is responsible for the oscillator’s stability and accuracy.

There are two main types of oscillators: the digital and the analog. The AX7PBF1-1300.0000C is an example of an analog oscillator, which works on the principle of electrical resonance. Its operation requires an ample supply of voltage to power the resonant components. Furthermore, its versatile and efficient design allows it to be used in a variety of applications where high frequency accuracy is required.

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