TA-16.0972MDD-T

Oscillators

TA-16.0972MDD-T

The TA-16.0972MDD-T is a 2.0GHz crystal oscillator designed for high stability applications. This oscillator utilizes a low noise temperature-compensated crystal oscillator (TCXO) for precise operation. This TCXO is able to achieve a very tight stability of within an exceptionally wide temperature range. The TA-16.0972MDD-T can be used in applications requiring precise frequency control up to a high frequency range—such as in Wi-Fi, cellular base station, or GPS navigation systems.

Working Principle

The TA-16.0972MDD-T is an ultra-high stability oscillator using a packaged quartz resonator to precisely generate a frequency. The quartz resonator is mounted directly onto the die and also includes a temperature compensating circuit to ensure the signal remains stable over a wide temperature range. The TA-16.0972MDD-T is temperature compensated frequency that has a precise operating temperature range of -55°C to +100°C. This range makes it desirable for many applications requiring high frequency and reliable operation. The oscillator works by running an oscillation frequency through an oscillator circuit. This circuit then amplifies the signal and sends it out to a load. The frequency can be adjusted by varying the load on the output of the oscillator.The main advantages of the TA-16.0972MDD-T compared to other types of oscillators are its reliability, accuracy, and temperature compensation. Its quartz resonator ensures that it can withstand severe environmental conditions and perform its task with high precision. Furthermore, the temperature compensation circuit provides stability within an exceptionally wide temperature range thus ensuring its consistent and accurate performance.