512MBB000132AAGR

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The 512MBB000132AAGR pin configurable/selectable oscillators are widely used in a variety of industries, including telecommunications, military, aerospace, and medical applications. These oscillators provide programmable output frequency with a wide frequency range. They also feature a low power consumption, small size, high stability, and high reliability.

The 512MBB000132AAGR oscillator is based on a low-phase noise, quartz crystal-based oscillator that uses two pins to program the frequency and an on-chip logic to select the required frequency out of the range 3.6864 MHz - 250.0 MHz. The clocking circuit of the 512MBB000132AAGR oscillator is formed by a quartz crystal that is tightly coupled to a resonator and driven by a feedback loop to provide a known frequency output.

The oscillator works in a closed loop. In the loop, a quartz crystal generates the basic clock signal. This signal is then amplified, typically by a fixed gain amplifier stage that is typically tunable for frequency and/or temperature. The output of the amplifier is connector to a frequency detection unit that compares the frequency and the amplifier\'s output, and adjusts the amplifier\'s gain in order to ensure desired oscillator output frequency. The amplifier is then connected back to the resonator, and the loop is closed.

The 512MBB000132AAGR oscillator has a wide programming range, allowing for a variety of uses. Its low power consumption, small size, high stability, and high reliability also make it suitable for various applications. Furthermore, it eliminates any EMI issues, can be integrated into existing systems quickly, and is compliant with various standards, such as MIL 19500s and RoHS.

With all these features and capabilities, the 512MBB000132AAGR pin configurable/selectable oscillator is a versatile and feature-rich hardware device that can be used in a variety of applications. Its programmable frequency and wide frequency range make it an ideal solution for applications such as low power solid state drives, smart medical instruments, and other projects requiring precise clock synchronization.

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