512MBA000199AAGR

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Pin Configurable/Selectable Oscillators are a family of oscillators with variable frequencies ranging from 65 kHz to 140 MHz. The main features of this type of oscillators are that they are highly stable and have a very low phase noise, which makes them ideal for creating time base references, oscillators and frequency synthesizers. The 512MBA000199AAGR is one such example of this type of oscillator.

The 512MBA000199AAGR is a pin-configurable frequency oscillator. It has four pin configuration options that allow the user to easily select the desired frequency. The 440kHz, 660kHz, 880kHz, and 1.1MHz frequencies are available on the four pins. The oscillator also provides a frequency control on the fourth pin, allowing for selection of one of the four frequencies without the need for an external control voltage.

The 512MBA000199AAGR is designed for applications where an ultra-stable clock is required. These include high-precision timing and frequency control, such as for clock synchronization, communications, and microprocessor clocking. This oscillator is also suitable for applications such as precision temperature control and microchip fabrication.

The 512MBA000199AAGR operates by a principle known as frequency division. This process involves dividing a high frequency input signal into several lower frequency outputs. By utilizing this technique, the user can achieve greater accuracy and stability as the smaller output signals have less noise. In addition, frequency division also reduces power consumption.

The 512MBA000199AAGR utilizes an integrated capacitive divider circuit to achieve frequency division. The circuit is made up of a series of capacitors that are connected in a particular order and voltage. By controlling the voltage or current on the capacitor, the user can adjust the output frequency of the oscillator. In addition, the 512MBA000199AAGR utilizes a crystal as the reference frequency source.

The 512MBA000199AAGR is also a highly reliable oscillator. It has a 40 dB typical phase noise at 1 MHz and a 100 MHz bandwidth, which makes it suitable for applications requiring high-precision timing. The oscillator also has robust environmental specifications and has been tested for a wide temperature range, from -40 to +85 °C.

The 512MBA000199AAGR is an excellent choice for applications where an ultra-stable clock is required. It is also well suited for applications that require precise frequency control and may be used as a reference oscillator for other devices. The overall design ensures that the oscillator is highly stable and provides superior performance.

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