SIT9002AI-18N33DG

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Programmable oscillators are electronic components that produce specific frequencies when triggered. They usually comprise of a single frequency source and adjustable peripheral components such as amplifiers, filters, and programmable logic. This type of device is often used in a variety of applications including navigation, medical electronics, sonar, radar, wireless communications, and communication systems.

One of the most prominent programmable oscillators is the SIT9002AI-18N33DG, which is a two-channel high-frequency oscillator. The SIT9002AI-18N33DG is engineered to help system designers create robust, multi-frequency precision oscillators. The oscillator is able to generate two channel frequencies of up to 33GHz and provides a wide range of programmability features.

The SIT9002AI-18N33DG is mainly used in high frequency data links, wireless communications, aerospace navigation, radar systems, and other applications. The device is also used in military applications where it is combined with other components to create secure communications links. This oscillator can achieve high data rates and provide accurate timing for any application.

In terms of its working principle, the SIT9002AI-18N33DG utilizes an integrated Voltage Controlled Oscillator (VCO) and a programmable logic (PL). The VCO is a tunable oscillator that can generate radio frequencies from 0 to 33GHz. The PL is programmed to accept input signals and convert them into output frequencies. It is programmed with specific values for each output frequency, which can be changed by an external control source.

The SIT9002AI-18N33DG also includes a phase locked loop (PLL) to ensure that the output frequency remains precisely synchronized. The PLL can be used to couple two or more oscillators and maintain their phase relationship. Additionally, the oscillator features a Driver Amplifier to amplify the oscillator output signals.

Other features of the SIT9002AI-18N33DG include a temperature compensated crystal oscillator, an integrated controller, and a buffered output. The temperature compensated crystal oscillator provides exceptional frequency accuracy and helps lower power consumption. The integrated controller provides a user-friendly interface for programming and reprogramming the oscillator. Finally, the buffered output is designed to reduce output noise and improve reliability.

The SIT9002AI-18N33DG is an effective solution for a range of applications that require precise oscillator control and precise frequency generation. The device offers excellent phase noise performance and remarkable frequency accuracy, allowing reliable communications and precise navigation. This programmable oscillator is also highly durable and can withstand harsh environments.

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