SI53119-A01AGMR

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Silicon Laboratories Inc. has developed the SI53119-A01AGMR product—an ultra-low-power, Wide Heating, Voltage-Controlled Crystal Oscillator (VXCO) family—which provides an ideal solution for timing and synchronization in portable and battery-powered applications. With great flexibility and a wide range of parameters, the SI53119 is designed to suit a variety of analog and digital applications.

The SI53119 family of VXCOs operates over a wide heating range of 1.8V to 6V, enabling highly precise timing and synchronization in applications such as high-performance clocking, communications, data storage and RF. It is capable of precision tuning at frequencies up to 240MHz, perfect for applications that require tight tolerances and precise timing. The family uses advanced multimode oscillator control and has a built-in charge pump allowing the user to adjust anti-backlash compensation for additional tuning stability.

Within the SI53119-A01AGMR ranges of products from Silicon Laboratories, AT-Cut crystals have superior stability over temperature compared to common SC-Cut crystals, making them ideal for other timing applications such as clock generation. Equipped with adjustable temperature coefficients optimized for low frequency and temperature compensation, the SI53119-A01AGMR is the best choice for timing applications that require the highest accuracy and stability. In addition, the flexible pinouts for the AT-Cut crystal allow for the SI53119-A01AGMR to be used in applications where pin count and size constraints weigh heavily.

The SI53119-A01AGMR is designed to meet the very stringent power requirements of portable and battery-powered applications. To achieve this goal, the SI53119-A01AGMR utilizes advanced power management techniques, such as Advanced Low Power (ALP) mode, Alternate Low Power (ALP) mode, and Dynamic Low Power (DLP) mode, in order to reduce power consumption.

The ALP mode provides the ability to adjust the frequency frequency of the oscillator dynamically in order to reduce power consumption. The ALP mode allows up to five oscillators to be adjusted simultaneously in fractions of a microsecond without a noticeable change in performance. This is especially useful for multi-application systems that require fast clock frequency switching, while maintaining highly accurate oscillator performance. The ALP mode also supports low power standby mode, which reduces power consumption even further when the oscillators are not actively being used.

The SI53119-A01AGMR also employs the DLP mode to reduce power consumption even further. The DLP mode enables oscillator operation at a very low current level in standby mode, ensuring that no current is drawn when the oscillator is not actively in use. The DLP mode is especially useful for portable and battery powered applications that require long stand-by periods or have strict power budget constraints. The DLP mode can also be used in multi-application systems that dynamically adjust the oscillator frequency.

Currently, the SI53119-A01AGMR is being used in a variety of applications, from wearable electronics to medical systems to IOT devices. In these applications, the SI53119-A01AGMR provides excellent performance, precision accuracy and stability, wide heating range, and extremely low power consumption, making it the ideal choice for the most demanding timing and synchronization requirements.

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