SG-8003CE-PCC

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Programmable oscillators are capable of generating a variety of signals in different frequencies, amplitudes and waveforms by employing predetermined control or reference signals. The SG-8003CE-PCC is a particularly noteworthy example of this type of oscillator which offers a flexible, programmable field for various applications and a sophisticated working principle. In this article, we discuss the SG-8003CE-PCC\'s application field, as well as its working principle.

The Application Field of the SG-8003CE-PCC

The SG-8003CE-PCC Programmable Oscillator can be programmed to generate output signals in the range of 10 kHz to 3 GHz. Its ability to produce the square, triangle, trapezoid and sine waveforms makes it suitable for a wide range of applications. It is particularly suitable for use in test and measurement, communications and television systems, audio frequency and pulse-width modulation amplifiers, as well as in mobile communication and digital monitoring applications.

Drawing on its advanced phase-lock and variable divider technologies, the SG-8003CE-PCC offers excellent phase coherence, amplitude stability and signal fidelity. This ensures reliable and consistent performance across a wide range of signal conditions. Its superior selection of frequency settings, adjustment ranges and input/output formats is well-suited for applications that require little to no manual intervention such as remote control and automated testing.

The SG-8003CE-PCC is also designed with a comprehensive range of safety and security features such as lightning protection. It is also capable of over-voltage, transient and thermal protection. This eliminates any worry of the oscillator being damaged by environmental conditions.

The Working Principle of the SG-8003CE-PCC

The SG-8003CE-PCC Programmable Oscillator\'s working principle is based on a combination of phase-lock loop (PLL) and variable divider technologies. In the PLL-based signal generating operation, the reference signal received via the external reference input is used to generate the desired signal frequency at the output. The output frequency is determined by the selected ratio of the reference signal to the dividers.

For applications that require precise frequency settings, the SG-8003CE-PCC also offers precise frequency selection functionality. The precise frequency selection functionality is enabled by the built-in frequency synthesizer, which enables the user to select the desired frequency with respect to the reference frequency.

The SG-8003CE-PCC’s operating voltages range from 2.5 V to 5 V. It also supports a variety of input and output formats, including TTL, CMOS, single-ended and differential inputs, as well as sine, square, triangle and trapezoid outputs. The SG-8003CE-PCC is also available in a number of package sizes, ranging from standard to high power.

Conclusion

The SG-8003CE-PCC Programmable Oscillator packs a great deal of features into a small and cost-effective package. Its comprehensive application field and advanced working principle make it ideal for a variety of applications. Its safety and security features, as well as its broad range of voltage, input and output formats, further distinguish it as an excellent choice for any application that requires precise frequency settings and reliable performance.

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