512CCA000496AAGR

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Pin Configurable/Selectable Oscillators are semiconductor devices that use integrated circuit technology to transfer information. They provide useful features such as frequency selection, amplitude control, power management, and temperature compensation. The 512CCA000496AAGR is a precision, low-power oscillator designed to meet the stringent demands of medical and industrial applications.

The 512CCA000496AAGR integrates a low-noise frequency adjustment range of 32 kHz to 112 MHz to meet the requirements of industrial and medical applications. It also features a built-in shutdown mode, internal temperature sensing, and voltage control. These features provide the oscillator with greater efficiency, improved accuracy, and reduced power consumption.

The 512CCA000496AAGR is ideal for applications such as frequency selection, timing, metering, and frequency synthesis. The oscillator can be used in medical applications such as ultrasound imaging, as well as in industrial applications such as oscilloscopes, frequency counters, and precision analog instruments. The integrated shutdown function allows for reduced peak power consumption and lower power requirements, making it more energy efficient. The internal temperature sensing circuit can be used to control the output frequency, increasing the accuracy of timing operations.

The 512CCA000496AAGR is a pin configurable/selectable oscillator with a working principle that is based on the charge storage concept of capacitors and transistors. This principle involves controlling the amount of charge stored in the transistors and capacitors. The stored charge is then converted into timing pulses. The integrated frequency setting allows for more precise control over the output frequency.

The 512CCA000496AAGR is a low-power, highly accurate oscillator that provides reliable timing performance. Its features and performance make it ideal for a wide range of medical and industrial applications. Its pin configuration and frequency selection options provide users with a wide range of options to meet their specific design requirements. Its low-power operation and internal temperature sensing circuit also provide added efficiency and reliability.

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