589L128X2IAT

Oscillators

The 589L128X2IAT oscillator is a series of high precision, low power oscillators specifically designed for applications where a reliable and stable signal is needed. The oscillator is based on a temperature-controlled, quartz-crystal resonator system and features exceptional long-term stability over a wide temperature range.

The 589L128X2IAT oscillator is available in several frequency ranges, making it suitable for various applications. The device typically offers an output frequency accuracy of 0.1ppm/V. It has a low power consumption, with a typical current draw of less than 0.5mA, making it ideal for battery powered applications. The device also features a low jitter and a low EMI.

The 589L128X2IAT oscillator is suited for applications such as test and measurement, automotive, embedded systems, telecom, industrial and medical instrumentation. These oscillators can be used for a variety of functions, including PLLs, clock distribution, data recovery, timing and synchronization.

The working principle behind the 589L128X2IAT oscillator is based on the concept of negative resistance, whereby an increase in the IC’s output voltage causes the crystal to become less negative. This negative resistance is then "converted" to an AC signal, resulting in an oscillation. An internal charge pump then amplifies and filters this oscillation to create a clean, reliable signal. The device also has a built-in temperature compensation mechanism that can adjust the frequency over time to maintain accuracy.

In conclusion, the 589L128X2IAT oscillator is a reliable and efficient device that is well suited for applications where reliable and stable signals are of utmost importance. With a low power draw, excellent accuracy and a wide temperature range, the 589L128X2IAT oscillator is an ideal solution for various tasks, such as timing, synchronization and data recovery.