SIT9005ACE2D-33DE

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The SIT9005ACE2D-33DE programmable oscillator is an oscillator device designed for customers who require low-cost, long-term availability and a wide range of performance specifications. The oscillator supports a wide range of application fields and can be used in a variety of devices, including embedded systems and legacy systems. The device works on a principle of outputting a digital frequency signal, which is then adjusted by a customer to meet their performance requirements.

In embedded systems, the oscillator can provide multiple precision frequencies, as well as faster, more accurate timing solutions for the microcontroller, FPGA and ASICs. In legacy systems, it can provide the customer with various frequency outputs with different power-up, clock rate and tolerance. With the addition of an external voltage regulator, the customer can then select the optimal state for their desired frequency output.

The device is programmed with a 5-pins serial interface, which allows for greater flexibility to the customer, providing additional features such as temperature compensation, input voltage selection, pre-programmed offsets, etc. Additionally, the device features an on-chip Test Mode controller which respects the customer\'s timing requirements while maintaining accurate and stable output frequencies.

Altering the output frequency of the oscillator is done using a combination of the external controllers and the on-board digital tuning resources. The schematics of the tuning pins, digital potentiometers and LED will allow the customer to tweak the frequency output of the oscillator according to their needs. For example, depending on the external controller, the digital potentiometers or the LED can be used to adjust the digital output frequency or to enable/disable the oscillator\'s states.

The SIT9005ACE2D-33DE is a programmable oscillator with a wide range of applications. Its features and capabilities make it ideal for use in embedded systems and legacy systems, providing both quick-to-setup and cost-efficient solutions. The customer can use the 5-pins serial interface to program the device for various frequency outputs, and utilize the on-board digital tuning resources to further adjust the output to their needs.

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