589S288X2ITT Crystals, Oscillators, Resonators

Oscillators: 589S288X2ITT Application Field and Working Principle

The 589S288X2ITT oscillator is a highly stable, low power, low jitter oscillator device. It is typically used for frequency control in frequency sensitive applications and able to achieve high frequency accuracy over extended operating temperature ranges. It has become an important component for radio communication systems, GPS receivers, and IEEE1588 synchronization networks.

Features and Benefits

• Very low jitter.
• Supply voltage of 3.3V.
• Operates over extended temperature ranges.
• Low power consumption.
• Integrates crystal trim.
• Can be programmed.

Application fields

The 589S288X2ITT oscillator is an ideal choice for many industrial, automotive, medical, and timing applications:

• mobiles, PCs, cameras, clocks, scanners, and other IT peripherals.
• Bluetooth equipment, air conditioners, speaker systems, monitoring systems, and automotive components.
• Test and measurement equipment, medical devices, digital measuring instruments.
• Wireless communications, avionics, satellites, and military-aerospace.

Working Principle

The 589S288X2ITT oscillator works on the principle of the quartz crystal vibrator. It consists of a quartz crystal that is sandwiched between two metal plates. When an electric field is applied to the quartz, it generates mechanical strain that causes resonant vibrations in the crystal. This vibration moves the metal plates back and forth, creating an AC voltage. This voltage is then amplified to produce the oscillator\'s output.

The 589S288X2ITT oscillator utilizes an advanced temperature compensation circuitry to maintain frequency accuracy over temperature ranges. This is achieved by incorporating a trimmer capacitor to allow for precise adjustable frequency settings. Additionally, this device also comes with programmable stabilities that can be set to achieve the highest accuracy needed for your application.

Conclusion

The 589S288X2ITT oscillator is a low power, low jitter device that is highly stable and suitable for frequency control in frequency sensitive applications. It is ideal for industrial, automotive, medical, and timing applications. It utilizes an advanced temperature compensation circuitry to maintain frequency accuracy, as well as programmable stabilities that enable precise adjustable frequency settings.