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SG5032CAN 1.228800M-TJGAB Oscillator

The SG5032CAN 1.228800M-TJGAB oscillator is a great choice for those in need of an accurate timing device. This device is a high frequency, low power, precision CMOS crystal oscillator that provides a wide range of frequencies to meet the needs of audio, communications, and general-purpose applications.

Application Field and Working Principle

The SG5032CAN 1.228800M-TJGAB Oscillator is primarily used for digital timing and communications applications, including Ethernet, USB, LCD, and audio interfaces. The device is also suitable for use in clocks and clocks with low-power microprocessor-based systems.

The working principle of the oscillator is based on the resonance of the crystal material. The crystal is housed in a ceramic resonator package with a metal lid that has an electrode at the center. A sinusoidal voltage is applied to the center electrode, which causes the crystal’s frequency to change. That frequency is then detected by an external circuit and converted into a logic signal.

The device features high-performance, low-jitter timing with fast start-up time and excellent thermal stability. The operating range is from 1.8V to 3.3V with a supply current of 3mA max, making it suitable for a wide variety of applications.

The SG5032CAN 1.228800M-TJGAB is supplied in an 8-pad, 8-lead metal lid ceramic package. It is available in several frequency ranges from 1.228800 to 1.25000 MHz, and is available in various temperature ranges from -30℃ to 85℃.

Features and Benefits

• Low-jitter timing
• Fast start-up time
• Low power consumption
• Excellent thermal stability
• Wide range of frequencies

Conclusion

The SG5032CAN 1.228800M-TJGAB oscillator offers excellent performance and reliable accuracy, making it an ideal choice for timing and communication applications. The device delivers reliable and accurate timing at a low power with fast start-up times. It is available in a wide range of frequencies and temperature ranges and packages, making it suitable for a variety of applications.

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