511ABA156M000AAGR

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Oscillators

511ABA156M000AAGR is an oscillator specifically designed to provide stable and accurate clock signals in radio applications. It is a Plug and Play type of oscillator that can be quickly and easily integrated into current circuit architectures.

Application Field

The 511ABA156M000AAGR is the ideal choice for applications requiring accurate and reliable clock signals. Its flexibility allows it to be used in a variety of industries including cellular infrastructure, communication networks, satellite-based systems, laptop computers, and automotive electronic solutions. The Plug and Play nature of the oscillator also makes it an excellent choice for rapid prototyping of new designs.

Working Principle

The 511ABA156M000AAGR operates on a crystal-based oscillator principle. A quartz crystal, mounted inside the oscillator, is embedded into a configured circuit which produces an electrical signal of a specific frequency and waveform. The signal is then passed through an amplifier where it is cleaned up and amplified to the desired level. The signal is then sent to the output terminal and used as a clock signal to drive external circuits.

The oscillator has been specifically designed to deliver accurate frequency signals even with extended periods of operation. The robust and reliable performance of the oscillator ensures that radio and communication systems can be operated reliably within specification over long periods of time.

The 511ABA156M000AAGR also features an advanced frequency compensation algorithm which allows the oscillator to adjust and adapt its output signal to compensate for environmental temperature changes. This eliminates the need to manually adjust any settings and reduces the maintenance costs associated with operating an oscillator.

The 511ABA156M000AAGR also has a wide range of operating frequencies, from 0.1 MHz to 400 MHz, and a maximum operating temperature of 105°C. This allows the oscillator to be used in applications where the temperature may vary significantly during operation.

In addition, the low power consumption of the 511ABA156M000AAGR makes it ideal for applications that require minimal power consumption. The low power consumption also translates to lower noise levels which is important for sensitive radio applications.

The 511ABA156M000AAGR is a reliable and robust oscillator that is ideal for applications that require reliable clock signals. Its advanced frequency compensation algorithm ensures that it can accurately adjust itself to maintain high accuracy and the low power consumption ensures that it operates in an energy-efficient manner.

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