SIT1602BI-11-18E-65.000000E

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Oscillators

The SIT1602BI-11-18E-65.000000E is an example of an oscillator. Oscillators are electronic circuits that generate a continuous output signal without the need for an external input. The frequency, waveform and amplitude of the output signal produced by these circuits are determined by the design of the oscillator itself.

Oscillators consist of four main components: an amplifier, a feedback loop, an oscillating signal and a frequency-determining element. The amplifier is typically designed to amplify the signal to a required output level, while the feedback loop allows for the signal to be returned to the input of the amplifier. The oscillating signal is generated by the amplifier and is sent to the feedback loop. The frequency-determining element is used to control the frequency of the oscillating signal, usually by changing its capacitance or inductance.

The SIT1602BI-11-18E-65.000000E is an oscillator designed for use in embedded systems. It is based on a Pierce oscillator topology, and has an oscillation frequency of 65.000000MHz, a supply voltage of 1.8V and a standard interface type. This oscillator is suitable for system reset and timing pulse signals, which are used in situations where accuracy is essential. It is also capable of frequency modulation for precise adjustment of the signal.

The working principle of the SIT1602BI-11-18E-65.000000E is that of a negative-resistance oscillator. When the oscillator is energized, an amplifier within it acts as a negative resistor, allowing a circulating current to flow between its two terminals. This current causes an oscillating voltage to be produced, which is then sent to the output terminal. The frequency of the oscillation is determined by the feedback loop, the amplifier and the frequency-determining element.

In conclusion, the SIT1602BI-11-18E-65.000000E is an oscillator designed to provide a precise output signal of frequency 65.000000MHz, supply voltage of 1.8V, and standard interface type for embedded systems. It is based on a Pierce oscillator topology and operates on the principle of negative-resistance oscillation. Its application field includes the use of system reset and timing pulse signals, as well as frequency modulation for precise adjustment of the signal.

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