SG-9101CB-C10PHDBA

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Programmable Oscillators are electronic devices used to generate signals with a precise frequency, amplitude and phase. The SG-9101CB-C10PHDBA is a type of programmable oscillator that is capable of generating very accurate sine and square waveforms. This type of oscillator is used in many applications including timing, radar, power supply regulation, frequency synthesis, and communications systems.

The SG-9101CB-C10PHDBA can generate sine waves from 1 MHz to 10 MHz and square waves from 1KHz to 3.2 MHz. The phase and amplitude of the output can be adjusted between 0° and 360° phase shift and 0.5 V to 5 V peak-to-peak amplitude. The oscillator is characterized by low phase noise, low jitter and fast rise and fall times. It has a built-in bias control that enables the user to adjust the center current of the oscillator over a wide range.

The SG-9101CB-C10PHDBA oscillator is based on a PLL (Phase Locked Loop) architecture. It consists of a crystal oscillator, a low-noise amplifier, a phase detector, a loop filter and a voltage-controlled oscillator (VCO). The PLL circuit is used to adjust the frequency and phase of the output signal. In operation, the crystal oscillator generates an input signal at a frequency of 10 MHz. This signal is amplified by the low-noise amplifier and then applied to the phase detector. The phase detector compares the input signal to the output of the VCO and generates an error signal. This error signal is filtered by the loop filter and used to adjust the frequency and phase of the VCO.

The SG-9101CB-C10PHDBA is used in many applications due to its ability to generate very accurate signals. It is commonly used in timing applications such as computers, mobile phones and satellite systems. It can also be used in radar and communications systems due to its low noise and fast rise and fall times. The adjustable amplitude and phase range makes it ideal for use in power supply regulation and frequency synthesis applications.

The SG-9101CB-C10PHDBA is capable of generating accurate and repeatable sine and square waveforms. It offers excellent phase noise, low jitter, high accuracy and fast rise and fall times. This makes it an ideal solution for many timing, radar, communications and power supply regulation applications.

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