530AC148M500DG Datasheet/PDFOscillators
A 530AC148M500DG oscillator is an analog or digital electronic device from which an alternating signal is derived. It produces periodic waves that are used for the exchange of signals and power between electronic components. The 530AC148M500DG, specifically, is an integrated circuit oscillator from Signal Quality Components Inc (SQI) that uses a low-noise frequency synthesizer and an innovative temperature stabilization technique to develop low jitter clock performance. Its applications include clock generators, disc drives, video switching, and communications systems.
Application Field
- Battery-powered consumer devices
- High-performance computers
- Wireless communication systems
- Data capture and processing applications
- Timing applications such as electronic clocks, repetitive event timers and industrial controllers
- Voice and video applications
- May also be used with FPGAs, PLDs and ASICs
Working Principle
The 530AC148M500DG uses an external quartz crystal or ceramic resonator as the oscillation element. The signal is then fed into a pre-amplifier, where it is amplified and filtered to reduce noise. A frequency-locked loop (FLL), which is a type of control system, adjusts the frequency of the output signal according to an input signal. The oscillator then supplies a stable output signal of the desired frequency to the user. This output signal can be further adjusted through the use of external components.
Advantages of the 530AC148M500DG
- High frequency stability due to its FLL
- Low phase jitter thanks to its ceramic resonator
- High frequency resolution
- Low power consumption
- Robust output signal
Conclusion
The 530AC148M500DG oscillator from SQI is an integrated circuit oscillator that is highly reliable and suitable for a variety of applications. It offers high frequency stability, low phase jitter and low power consumption, making it an ideal choice for projects in the areas of consumer devices, computers, wireless communications, and data capture and processing.