511SAA-AAAG

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Programmable Oscillators

The 511SAA-AAAG oscillator is a type of programmable oscillator (also known as a Digital Frequency Locker or Lockbox Oscillator) that is designed to output a fixed frequency no matter what the input signal is. It is commonly used in applications such as radio communication, telephone systems, and alarm systems. The 511SAA-AAAG oscillator is capable of locking onto a single frequency within a range of up to 10 MHz.

Application Field

The 511SAA-AAAG oscillator is used in a variety of applications where reliable and precise frequency synchronization is needed. The oscillator is commonly used in communication systems, such as mobile phone networks and digital TV broadcast systems, as well as for reversing emergency systems in automobiles. The 511SAA-AAAG oscillator also finds use in many consumer electronics applications, such as in satellite receivers and digital audio players. The device can also be used to stabilize the frequency of a radio receiver or transmitter, as well as to control the frequency of electric motors.

Working Principle

The 511SAA-AAAG oscillator works by locking onto a single frequency within a range of up to 10 MHz. It does this by comparing an incoming electrical signal to an internal reference signal and making small adjustments to match the two. This process is known as phase-locked looping (PLL) and is the same technique used in many frequency-dependent applications, such as frequency synthesizers and digital radio transmitters. The oscillator is designed to have a high level of accuracy and is capable of locking onto a frequency with an error of less than 0.5 parts per million (ppm).

Conclusion

The 511SAA-AAAG oscillator is a type of programmable oscillator designed to output a fixed frequency no matter what the input signal is. It is commonly used in applications such as radio communication, telephone systems, and alarm systems, and it is capable of locking onto a single frequency within a range of up to 10 MHz. The oscillator works by locking onto a single frequency within a range of up to 10 MHz, and it is designed to have a high level of accuracy, with an error of less than 0.5 ppm.

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