SIT8008AIT3-30S

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Programmable oscillators refer to oscillators that can adjust their resonance frequency and other parameters within a certain range either manual or automatic. The SIT8008AIT3-30S is a programmable oscillator that is widely used in fields such as industrial computers, microprocessors, and medical equipment due to its high stability, low noise and fast response.

The SIT8008AIT3-30S utilizes a source synchronous architecture based on a high crossing XO/VCXO, as well as Digital Synthesizer ASIC with 0.5Hz resolution for frequency control. This makes it ideal for applications in computer and digital systems which need to switch frequently. It also has excellent phase noise performance, which further enhances its accuracy for timing control, making it an ideal choice for engineers with stringent control requirements.

The SIT8008AIT3-30S has an operating temperature range of -40 to 85 degrees Celsius, making it suitable for a wide range of applications. It is also capable of working at frequencies as low as 10MHz and as high as 75MHz. It has a frequency stability of +/-15 PPM, a minimum input voltage of 3.3V and a maximum output current of 30mA. This programmable oscillator takes up a mere three of board space, making it particularly attractive for applications in which space is a premium.

The SIT8008AIT3-30S consists of two parts, the main part is a high-accuracy crystal oscillator, while the second part is a digital synthesizer ASIC. The main crystal oscillator is designed to provide a base frequency that is divided by the ASIC to produce the desired output frequency. The ASIC provides frequency control by controlling the number of clock pulses entering the crystal oscillator. This allows for precise programming of frequency, phase and other parameters within the given operating range.

The SIT8008AIT3-30S has many advantages over traditional quartz oscillators. One of the main advantages is its small size. The small size allows for the use of more applications in narrower spaces. In addition, it also offers higher resistance to shock, vibration and other mechanical disturbances, allowing for reliable operation even in harsh environments. Furthermore, the faster response time allows for faster frequency changes, useful in applications that require very precise frequency control. Finally, the improved phase noise performance is also a great advantage, making it ideal for use in timing control applications which require very precise detail.

In conclusion, the SIT8008AIT3-30S is an ideal programmable oscillator for industrial computer and digital systems. Thanks to its small size, high stability and fast response time, it is the perfect choice for applications requiring precise frequency and timing control. Its wide operating temperature range, high levels of resistance to mechanical interference, and excellent phase noise performance make it the perfect device for applications in which accuracy and reliability are paramount.

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