SG-8504CA 100.0M 0011A-APRLZ3

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Pin configurable/selectable oscillators come in different shapes and sizes, but the SG-8504CA 100.0M 0011A-APRLZ3 is one of the most popular models on the market. These devices have a wide range of applications, including being used as frequency sources in communication and radar equipment, as well as being used as time base generators.

The SG-8504CA 100.0M 0011A-APRLZ3 is a microprocessor-controlled device with an internal oscillator and a programmable digital encoder. It is designed to generate an accurate frequency signal with a wide range of input frequencies and amplitudes.

The working principle of the SG-8504CA 100.0M 0011A-APRLZ3 is fairly straightforward. A voltagecontrolled oscillator (VCO) is employed to generate the desired frequency. The VCO is then connected to two external pins: one pin is used to control the frequency and the other is used as a reference. The reference pin is then connected to another external pin that allows for manual adjustment of the frequency.

The SG-8504CA 100.0M 0011A-APRLZ3 also incorporates an internal phase-locked loop (PLL) circuit that ensures the accuracy of the frequency generated. This is achieved by constant monitoring and adjusting of the VCO\'s output frequency in order to match the signal at the reference pin. The PLL circuit is also used to ensure stability of the output frequency as the input frequency to the VCO is adjusted.

The SG-8504CA 100.0M 0011A-APRLZ3 is a highly reliable and accurate frequency source and is used in a variety of applications. It is especially well-suited for wireless communication and radar applications due to its high frequency stability. The device also has low phase noise and low distortions, making it ideal for digital signal processing applications.

The SG-8504CA 100.0M 0011A-APRLZ3 is a reliable and cost-effective solution for frequency generation. It is easy to use and provides accurate and stable frequency signals for applications such as wireless communication and radar. The device\'s ability to support a wide range of frequencies and amplitudes, combined with its low phase noise and low distortion characteristics make it a great choice for digital signal processing applications.

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