512BBA000270AAGR

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PIN Configurable/Selectable Oscillators

The 512BBA000270AAGR is a PIN configurable/selectable oscillator that offers accurate and reliable performance for a variety of different applications. It can be used to provide signals between 4MHz and 50MHz. It is designed to be used in microcontroller applications, as well as other digital signal processing applications.

The 512BBA000270AAGR oscillator is a very versatile and reliable component. It is capable of providing high-precision signals with minimal drift and jitter. The device can be configured via the pins to output a large variety of frequencies, including low-frequency signals, such as those required for embedded microcontroller applications. Additionally, the signal is adjustable and the user can select the frequency and the duty cycle, which is essential in power efficiency and data integrity.

The 512BBA000270AAGR oscillator is based on a Pierce oscillator design. The design of the oscillator utilizes two transistors, an integrated inverter and a resistor-capacitor (RC) circuit. The ‘push-pull’ output of the Pierce oscillator is designed to be able to scale the frequency up or down depending on the user’s requirements.

The 512BBA000270AAGR oscillator utilizes an advanced output stage that is designed to provide a high-accuracy signal with reduced jitter. The oscillator is mounted in an 8-pin dual-in-line package and is able to be driven by external discrete logic or a microcontroller. The pin-configurable feature allows users to easily set the frequency and duty cycle as desired.

The 512BBA000270AAGR oscillator is able to operate over a wide temperature range and is suitable for a range of applications. It is able to provide signals with high accuracy and low jitter, making it ideal for general-purpose clock sources and control systems, as well as embedded control and other industrial application fields.

In conclusion, the 512BBA000270AAGR oscillator is a robust and reliable device suitable for a variety of applications. It utilizes an advanced output stage that is designed to provide a high-accuracy signal with reduced jitter. The device is pin-configurable and allows users to easily set the frequency and duty cycle as desired, making it ideal for a variety of applications.

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