SI5338C-B06070-GM

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The SI5338C-B06070-GM is a clock generator developed by Silicon Laboratories, Inc. It is a 3-phase clock generator and is used in applications such as clocking microcontrollers and digital signal processors. This device is equipped with an I2C compatible serial control interface as well as a low-power mode allowing for improved system power efficiency.

The SI5338C-B06070-GM oscillator characteristics make it ideal to be used in applications that require precise and small-scale synchronization of integrated circuits. The device is designed specifically to be compatible with the standard 2.5V to 3.3V core supplies and has an extended frequency range from 50MHz to 800MHz. The device also features two selectable drive strengths for each output, making it suitable for driving heavyweight loads with or without the use of buffering components.

The SI5338C-B06070-GM is primarily used for applications that require synchronization and high-frequency clocking of microcontrollers, digital signal processors (DSPs), and other digital circuits. It can be used to drive up to four separate output clocks, with each output offering the option of high-frequency selectable drive strengths. It also provides a selectable spread spectrum functionality and programmable slew rates.

The SI5338C-B06070-GM\'s design also includes the I2C bus interface, which allows direct access to all system clock parameters. The device is powered through the VDD pin, making it easy to integrate with existing systems. Additionally, the device supports a low-power mode which allows for improved system power efficiency.

To operate the SI5338C-B06070-GM oscillator, a suitable power supply is required, and the motherboard should include the I2C bus for programmability. Once configured, the device can be used to generate precise and stable outputs at frequencies up to 800MHz.

The SI5338C-B06070-GM application field and working principle makes it an ideal choice for precise, low-power clocking solutions. Its precise timing output and adjustable spread spectrum functionality paired with integrated control and programmability benefits are a great combination for applications with precise clocking requirements.

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