516BAA000167AAG

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Pin configurable oscillators and selectable oscillators have been developed to meet design requirements that are dynamic and ever-changing. With this in mind, the 516BAA000167AAG is designed to provide a range of frequency, amplitude, duty cycle and temperature stability options, while also optimizing on suite characteristics such as size, power and cost.

The basic application of 516BAA000167AAG includes, most commonly, timing, pulse generation, and frequency control applications in both the military and industrial markets. It provides an accurate, temperature and voltage compensated, low phase noise and low jitter master clock for time-critical serial communication and jitter critical clock networks.

The working principle of 516BAA00167AAG is based on the principle of the oscillator. The oscillator, commonly called the circuit, provides a continuous waveform at the wave output terminal, and the waveform changes in a cycle that corresponds to a certain frequency. This oscillation is generated by the oscillator circuit itself and is also known as the local oscillation. The frequency of this oscillation is determined by the components and topology of the oscillator, and therefore it can only be adjusted by changing these components and thus the value of the components in the oscillator circuit.

The 516BAA00167AAG is an all-silicon based oscillator that is available in both single and dual in-line pin (DIP) configurations. The single DIP features a hermetically sealed 14-pin ceramic package with all pins located over the package perimeter. The dual DIP adds two extra pins for input/output control. It is a differential, phase locked loop (PLL) voltage controlled oscillator (VCO) design, where a logic-controlled reference VCO is used to lock the output frequency. Pin configurability is achieved by a wide range of logic control options that enable output frequencies ranging from 450-6000 MHz with 10–30 dBm output power.

The 516BAA00167AAG oscillator includes two main system components – the oscillator and the frequency select circuit. The oscillator module is based on a PLL VCO design and generates a reference signal of 600MHz (±15-20MHz). This signal is then divided by the frequency divider to generate the specified frequency. The frequency select circuit can be configured by multiple pins to configure the output frequency.

The 516BAA00167AAG oscillator also offers temperature compensation and wide range of output waveforms such as sine wave, square wave, triangle wave and pulse waveforms. The adjustable output waveform is a unique feature of this oscillator and helps to minimize size and power consumption. The wide range of output waveforms helps to reduce design cycle time as design engineers are able to select the best waveform to suit their design requirements.

In addition to the wide range of features, the 516BAA00167AAG oscillator is designed to operate from -40°C to +105°C temperature range. With its wide temperature range, it provides the reliable performance in harsh environment and therefore suitable for a variety of industrial and military applications.

The 516BAA00167AAG oscillator is a high-performance, low-cost, small-footprint device with many capabilities. It offers a wide frequency range with both high frequency stability and low jitter performance, making it ideal for high performance applications such as data transmission, telecom and broadband communications, GPS, medical instrumentation, and factory automation.

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