SIT9002AI-48N25ED

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Programmable Oscillators are widely used in the contemporary world and have become an essential element of technology advancement. SIT9002AI-48N25ED is one of the programmable oscillators which is particularly used for digital operations. It is predominantly employed for high accuracy on digital instruments, such as digital cameras, transmitters, receivers, process controllers, robotics, and radio communication systems.

SIT9002AI-48N25ED is a low-power crystal oscillator (also referred to as a PLL oscillator or a programmable oscillator-synchronizer). It is composed of a crystal, some electronic chips, and a programmable PLL processor. It is widely used for applications that require precise timing or frequency control. It is capable of providing a high stability of frequency at a low price. It is also used in a variety of industrial applications such as medical imaging, automotive, audio and video equipment, and wireless communication.

The working principle of SIT9002AI-48N25ED is based on its PLL processor. This processor works in two main steps: firstly, it reads a signal from the crystal oscillator which is converted into a digital signal with a frequency which is locked according to the desired user-defined accuracy; secondly, it filters this signal by using precise filters and then output the precise frequency which is determined by the user-defined settings.

Different PLL processors allow the SIT9002AI-48N25ED to be used in a variety of different applications. These processors can be used to create an oscillator signal with a specific frequency, amplitude, and duty cycle. The frequency can be adjusted with an accuracy of +/-10ppb, allowing a precise synchronization with other devices. They can also be used to create a phase-locked loop signal that allows a device to track an expected frequency precisely by applying an input signal.

The SIT9002AI-48N25ED also features a slew-rate-limited output stage to eliminate overshoot and ringing on the output signals. This limits the excursions of the level swing (the rapid transitions of the signal level). This means that the output signal is less liable to frequency distortion and jitter. This is often found in designs that require precise frequency control, such as timing and synchronization operations.

SIT9002AI-48N25ED is an ideal choice for many applications due to its wide range of features. It is a reliable and low-cost solution that is capable of providing precise frequency control. It is easy to program and is flexible enough to be used in a variety of applications. This makes the SIT9002AI-48N25ED suitable for both commercial and industrial projects.

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