SIT9005ACE1H-28NO

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Programmable oscillators offer optionality when it comes to setting frequencies without having to use costly tuning circuits and coils. The SIT9005ACE1H-28NO is one such product, and it is a precision, three-output oscillator with programmable frequency ranges from 8 to 16 MHz, 20 to 30 MHz, and 30 to 60 MHz.

As a programmable oscillator, the SIT9005ACE1H-28NO features an integrated frequency synthesizer, capable of providing a variety of frequency settings, as well as a reference clock used to calibrate and ensure precision accuracy of the oscillation output signals. The device is equipped with an on-chip EEPROM for storing factory-calibrated settings and user-programmed frequency overrides, allowing for easy frequency updates and switching between various frequency profiles.

The SIT9005ACE1H-28NO works by first receiving an input signal, called the reference clock. This reference signal is used to precisely regulate and generate an oscillation output. The device then translates the input signal into a sequentially generated, modulated beat frequency, which is then fed onto the output pins. This output is used as the timing source for any circuit requiring precise frequency regulation, such as embedded processors or digital logic devices.

The device offers a range of user-programmable parameters, allowing for easy frequency control without the need for costly tuning processes or components. It also features a 5V tolerant I/O buffer, which ensures reliable operation over a wide voltage range and is ideal for front-panel applications or applications in harsh environments. In addition, the device includes built-in advanced glitch detection, which can be used to detect and alert the user of any sudden or unexpected frequency changes.

The SIT9005ACE1H-28NO is an ideal choice for high-precision timing and frequency control applications, such as those found in embedded systems, industrial automation systems, communications networks, and other applications requiring accurate and reliable frequency control. It is especially suitable for applications where frequencies must be adjusted quickly or programmatically.

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