514GCC001432BAGR

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Programmable Oscillators

Programmable oscillators are electronic components that control the frequency of an electronic signal by regulating the oscillation rate of a signal source. Generally speaking, these oscillators are capable of being programmed to various frequencies to meet various application requirements. The 514GCC001432BAGR is a programmable oscillator designed specifically for use in telecommunications, automotive, and industrial applications.

Description

The 514GCC001432BAGR is a fully integrated programmable oscillator equipped with a frequency range from 500 kHz to 24 GHz, with an output power of up to +17 dBm, and can be configured with a variety of available options. The oscillator has a RF path and digital baseband components all integrated on one chip, allowing for reliability and uniformity of signal. Designed with a robust frequency control mechanism, the oscillator supplies a stable signal over its wide range of frequencies. The frequency is adjusted by applying a DC reference signal to a pin on the oscillator. It is also suited for directly digitized signal generation, as a method of achieving high precision amplitude control.

Application Field

The 514GCC001432BAGR programmable oscillator is very well suited for RF communication systems, especially in telecommunication applications. It is commonly used in cellular base stations, as well as wireless networks, such as Wi-Fi and Bluetooth. It is used in automotive applications such as in-car audio systems, as well as in medical equipment and avionics applications. Industrial use of the oscillator includes radar and electronic countermeasure systems. The oscillator is also used in test and measurement instruments, for frequency synthesis.

Working Principle

The 514GCC001432BAGR programmable oscillator operates using digital logic signals to control its frequency. It generates a square wave at a desired frequency using two logic signals, Gates A and B. When one gate is high and the other is low, the square wave is generated at the oscillator frequency. When both gates are high, a double frequency is generated, and when both are low, the oscillator is turned off. The frequency can be adjusted by using a DC reference signal applied to the oscillator, which will increase or decrease the frequency of the output signal. The frequency is also adjusted by changing the capacitance and/or inductance of the oscillator circuit.

Conclusion

The 514GCC001432BAGR programmable oscillator is an all-in-one device designed to be used in various applications. The oscillator is integrated on one chip, which offers reliability, precision, and stability over a wide frequency range. Designed with a robust frequency control mechanism, this oscillator is suitable for both direct and digitally controlled frequency synthesis. The oscillator is programmed using two logic signals and a DC reference signal, allowing for precise tuning of the output frequency. With its wide application field, the oscillator is well suited for RF communication systems, automotive, industrial, and medical applications.

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