SIT1602AIT1-28E

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The SIT1602AIT1-28E is part of the Programmable Oscillator family, a type of frequency control device commonly used in electronic systems. A Programmable Oscillator is designed to generate an adjustable frequency signal, offering flexibility and customizability for applications in modern communications systems and beyond.The SIT1602AIT1-28E is a low-voltage, low-power device, offering efficient power consumption for applications where energy efficiency is paramount. This oscillator operates on a voltage range of 1.8V to 3.3V and consumes just 240 µA for a signal frequency of 14.318MHz, making it an ideal choice for energy-sensitive applications.

The SIT1602AIT1-28E features a variety of features that make it a great choice for many applications and help it stand out from other Programmable Oscillators on the market. These features include an adjustable frequency range of 8.33 to 310 MHz, crystal load capacitors, selectable pull range and logic compatibility, and a self-test feature to monitor the system’s performance. The SIT1602AIT1-28E also offers a wide range of operation and options, including two output connectors and two enabling pins, allowing for maximum flexibility in system design and integration. The board supports both wire-bond and smT surface mount technologies, giving users the option to use either in their desired applications.

The SIT1602AIT1-28E works on a principle of variable resistive tuning, referred to as VCTUNE. This mechanism allows users to precisely control the output frequencies of the oscillator. The VCTUNE element adjusts the coil’s resistance in order to regulate the output frequencies and act as a “voltage controlled oscillator”. In contrast to traditional devices, users are able to effortlessly adjust the frequency of the SIT1602AIT1-28E using basic software. This makes application and system design a much simpler and more accessible process.

This ease-of-use makes the SIT1602AIT1-28E suitable for a range of applications, including mobile radar, medical imaging equipment, and communications systems. This oscillator can be used to precisely adjust the frequency of a signal, allowing designers to make a system operate with maximum efficiency. For example, the SIT1602AIT1-28E is used in radio communications systems, like 5G and Wifi, to adjust the system’s frequency and make sure it is optimized to operate within a given range.

Additionally, the SIT1602AIT1-28E is suitable for use in applications such as computing and embedded systems. The adjustable frequency range and selectable pull range makes the SIT1602AIT1-28E a great device for timing and synchronization applications, where the oscillator’s performance is of critical importance. The oscillator’s self-test feature is useful in these applications, as it allows users to easily monitor the system’s performance and stay apprised of any potential issues with their hardware.

Overall, the SIT1602AIT1-28E is a valuable tool for modern electronic applications as it offers a wide range of features and customizability. It is designed to be energy-efficient and offer a high degree of precision, making it perfect for applications such as mobile radar, medical imaging, computing, and embedded systems. Thanks to the VCTUNE mechanism, users are able to effortlessly adjust the oscillator’s frequency and enjoy maximum control over their application or system.

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