XLP736106.250000I

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Oscillators

An oscillator is an electronic device used for generating an alternating electrical signal that typically has a sine, square or sawtooth waveform. It is generally an electrically powered component is used to create vibration, repeating pulses, used for timing, and other various applications which requires repetitive activation. An oscillator can also be used to generate a precise frequency, either for testing or calibration purposes. One of the most common types of oscillators in use today is the XPL736106.250000I.

XPL736106.250000I Application Field and Working Principle

XPL736106.250000I is an oscillator tailored for low voltage clock design, with its full power supply voltage range ranging from 2V to 5.5V. It has an excellent circuit architecture, ideal for LVCMOS, processors, ASSPs, FPGAs, and its applications broadly covered. Its output frequencies range from 1MHz to 400MHz, a few models feature output enable/disable, and it provides several stability options.

The oscillator works with a feedback loop that includes multiple stages of amplifiers and logic. An oscillator of a certain type generates a certain type of waveform by exploiting an inherent nonlinearity, such as a diode, transistor, or even a neural network. The output waveform hinges on how nonlinear the components are, the applied voltage, and the type of circuitry in the feedback loop.

An XPL736106.250000I oscillator consists of three primary components—an input stage, a filter, and an output stage. The input stage amplifies the incoming signal and the filter produces an output signal with a well-defined frequency. The output stage converts the waveform into the desired waveform, amplifying it as required. The frequency or frequencies of the oscillator are determined by the type of filter used and the charge of the feedback loop.

In a well designed oscillator, the input and output should be flat across a broad band of the frequency range—this establishes the oscillator’s gain, or the ability to amplify certain frequencies more than others. This property of an oscillator is known as its sensitivity, and is often characterized by its 3 dB frequency, or the frequency at which the gain or output power is reduced to one-half power of what it is at 0 dB. This value is usually adjustable to a certain extent, and is important in applications such as low power timing circuits.

The XPL736106.250000I is a complete system-on-chip oscillator solution for various low voltage applications. It features a wide operating temperature range, necessary for the operation in various environments, and its small size makes it ideal for portable applications. And with its integrated PLL, it can provide excellent timing accuracy and stability.

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