AX7PBF4-790.0000T

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Oscillators, also known as Oscillator Circuits, are electronic circuits that generate repeating or alternating waves of alternating voltage, current and/or other signal types. The most common type of oscillator is the sinusoidal or sine wave oscillator, which produces a sine wave of alternating magnitude and phase that is similar to the natural frequencies produced by the human ear. An oscillator is essential in many electronic applications, such as in radio and television transmission and in communications systems, as well as in other electronic circuits.

The AX7PBF4-790.0000T is a high-performance RC oscillator for frequency up to 34.960 MHz. With its extremely low phase noise and very low jitter operation, it is ideally suited for applications where low power consumption, high speed and high precision are required, such as in timing generators, symbolic communication systems, sampling circuits, digital processors and other digital logic applications. It is also used in many communication applications, such as in RF and baseband applications.

The AX7PBF4-790.0000T has a two-pin SMA package and is designed to reduce the input voltage to a minimum while providing maximum accuracy and reliability. The input power rating is 0.2 to 1.8V with an input current of 2 mA. It provides an output frequency of up to 350 MHz in a single channel and up to 500 MHz in a dual-channel configuration. The signal has a low jitter of 1-2 pps, an amplitude of +/- 0.5V into 50 ohms, and a Phase Noise performance of -94 dBc/hz at 1 KHz offset.

The AX7PBF4-790.0000T oscillator utilizes a resistor-capacitor (RC) circuit to produce its output signal. This type of oscillator relies on the hysteresis effect of a passive resistor-capacitor (RC) network in an inverting amplifier circuit. The RC circuit shown consists of two components, an input capacitance and a resistor. When the input voltage is applied, the input capacitance is connected to ground and begins to charge up. This creates a potential difference across the resistor that begins to discharge. As the current across the resistor drops, the voltage across the resistor begins to drop, which causes the voltage at the output to begin to rise. This cycle continues, resulting in a sinusoidal output voltage.

The AX7PBF4-790.0000T oscillator combines its RC circuit with an amplifier and feedback circuit to create a negative feedback loop. The amplifier amplifies the output signal generated by the RC circuit and feeds it back into the input. This negative feedback reduces the amplitude of the output signal, which causes the amplitude of the oscillation to diminish. The oscillator is tuned to the desired frequency by adjusting the capacitance and/or resistance in the RC network. In addition, the amplifier can also be adjusted to control the frequency.

The AX7PBF4-790.0000T oscillator is designed for applications where high speed, high precision, low power consumption, and reliable operation are required. It is an ideal choice for timing generation, symbol communication systems, sampling circuits, digital processors, and other digital logic applications. It is also used in many communication applications, such as in RF and baseband applications.

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