589S160X2IAT

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Oscillators

An oscillator is an electronic device for generating repeating waveforms, usually at a fixed frequency. Oscillators are used in a variety of fields, for purposes such as producing sound signals, providing time base references for television and radio broadcasting, providing reference waves for navigation and communications systems, and carrying out functions necessary for operation of some computers and many electronic systems.

One kind of oscillator, referred to as 589S160X2IAT oscillator, is widely used in applications that require complex, precise timing or synchronization, such as remote vehicle operations, radios, and communication systems. The 589S160X2IAT oscillator is designed to provide high accuracy, low power, and low jitter.

589S160X2IAT Application Field

The 589S160X2IAT Oscillator is designed to meet the high accuracy and stability requirements of such applications as remote vehicle operations,radio, communications, test equipment and other timing needs. In addition, it also can be used for PLL (phase-locked loop) applications, as well as for genearting oscillators in PC and embedded system

589S160X2IAT Working Principle

The 589S160X2IAT Oscillator is based on a quartz crystal driven in a Pierce oscillator configuration. This architecture uses a capacitive feedback network, along with some optional discrete components, to create a stable oscillator with low jitter characteristics. The Pierce oscillator is a stable circuit using the fundamental properties of quartz, resulting in high accuracy over temperature, allowing the oscillator to be used for PLL clock synchronization.

The capacitive feedback network is configured to create an LC tank circuit. This circuit is composed of a crystal resonator, two capacitors, and the load capacitor, which is selected based on the desired oscillation frequency. It is designed to form a resonant tank that strengthens the oscillator signal. The Pierce oscillator uses a low-power driver, which has an automatic power shutdown feature, to reduce current consumption when the oscillator is not in use. The low jitter characteristic is enabled by the combination of the crystal resonator and the LC tank circuit, resulting in superior long-term performance.

Conclusion

The 589S160X2IAT Oscillator is designed to meet high accuracy and stability requirements while consuming low power. Its Pierce oscillator architecture, based on a quartz crystal, ensures low jitter performance. Its wide application field includes remote vehicle operations, radio, communications, and test equipment.

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