516FAA000270AAG

Pin Configurable/Selectable Oscillators provide a range of tuning capability that enables the timing characteristics of a circuit to be customized to meet exact user requirements. 516FAA000270AAG is a pin configurable/selectable oscillator that offers a wide range of frequencies over a wide temperature range. It is well suited for mobile, base station and military applications.

The oscillator consists of a quartz timing crystal which operates at a fixed frequency. This frequency is then changed by means of frequency selection pins which select the frequency of the oscillator. The frequency selection pins are updated periodically, typically once every second. In addition, the oscillator provides temperature compensation for variations in temperature. This ensures that the oscillator operates over a wide temperature range.

The working principle of the 516FAA000270AAG is that it uses a quartz crystal to produce a fixed frequency which is then changed by changing the frequency selection pins. The frequency selection pins are updated periodically and the oscillator provides temperature compensation to ensure that the output frequency remains within tolerance. The oscillator also provides low power consumption and reduced EMI generation.

The 516FAA000270AAG is widely used in applications such as base station and mobile phone applications. It is also used for timekeeping and other critical timing applications where reliability, accuracy and precision are important. The oscillator is ideal for use in sensitive timing applications where a wide range of frequencies and temperature compensation are required.

In summary, 516FAA000270AAG is a pin configurable/selectable oscillator that provides a wide range of frequencies over a wide temperature range. It uses a quartz crystal to produce a fixed frequency which is then changed by changing the frequency selection pins. The oscillator provides low power consumption, reduced EMI generation and temperature compensation to ensure that the output frequency remains within tolerance. It is widely used in base station and mobile phone applications and is ideal for use in sensitive timing applications where a wide range of frequencies and temperature compensation are required.