513FBB000270AAG

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Pin configurable/selectable oscillators are oscillators that are set to certain output parameters and can be adjusted within certain parameters. The 513FBB000270AAG is a pin-configurable/selectable oscillator that provides flexibility in setting the desired output parameters.

The 513FBB000270AAG is designed to be used primarily in communications and information processing systems. In these systems, it is typically FSM (Frequency Shift Mode) or Push–pull configuration for power supply and output, which requires a shift of the output by a certain amount of DUT (dynamic units) when the input frequency changes. With the 513FBB000270AAG, this frequency shift can be configured to a specific value without the need for additional components, thus eliminating the complexity and costs associated with other solutions.

The 513FBB000270AAG is also a low-power consumption oscillator, consuming roughly 0.2 watts of power. This low power consumption makes the 513FBB000270AAG ideal for battery-operated applications where power drawn must be minimized.

In terms of performance, the 513FBB000270AAG offers customers high stability and accuracy of output frequency and phase noise. The 513FBB000270AAG also offers excellent frequency drift characteristics, ensuring that the output frequency remains stable over wide temperature ranges and during times of power supply fluctuations.

The 513FBB000270AAG is also a very versatile oscillator, with a range of output frequencies from 1 Hz to 100 MHz, a temperature operating range of -55°C to +125°C and supply voltages from 2.5V to 8V making it suitable for a wide variety of applications.

The 513FBB000270AAG is typically used where a shift of output frequency is required when the input frequency changes, such as in FMCW Radar systems, signal processing systems and communications systems.

The working principle of the 513FBB000270AAG is relatively simple. The oscillator employs a low-noise crystal-controlled oscillator integrated circuit. This IC controls the oscillator’s frequency through an external crystal, which is then connected to a programmable frequency divider circuit.

The divider circuit works by dividing the output of the oscillator by a factor N. This factor is controlled by an external microcontroller, which allows users to configure the desired output frequency. The output frequency can be configured within a certain range of N values, thereby allowing users to adjust the frequency and configure their desired output.

The 513FBB000270AAG is a practical and cost-effective solution for those in need of a pin-configurable/selectable oscillator that offers a wide range of output frequencies, low power consumption and excellent stability and accuracy. It is an ideal choice for applications such as FMCW Radar systems, signal processing systems and communications systems.

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