552AD000112DG

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Pin configurable/selectable oscillators are a specific type of oscillator module that are designed to provide precision frequency sources for applications in a variety of industries. The 552AD000112DG is one such device, ideal for use in applications where frequency accuracy and stability are paramount.

The main feature of the 552AD000112DG is its built-in selectable oscillation frequency range, extending from 10 kHz to 400 MHz. This enables the device to be used in various applications, as it can be used to obtain frequencies up to the maximum of 400 MHz in some applications. Additionally, the unit also has an adjustable phase noise control, allowing users to achieve optimal performance in their application.

The operating principle of the 552AD000112DG is simple. An oscillator circuit is connected to the pins and an oscillation frequency is selectable. The frequency is then adjusted with an onboard switch. The last adjustment is the phase noise control, which is adjusted via a rotary switch or potentiometer. This allows users to fine-tune their frequencies to the exact levels that are needed for their application.

This type of oscillator is well-suited for a variety of applications, including telecommunications, radar, satellite communications, instrumentation, aerospace, medical, broadcast and more. By providing accurate and stable frequency sources with adjustable phase noise control, the 552AD000112DG can help these applications to achieve their desired performance levels. Additionally, the use of selectable oscillator technology also allows users to optimize their systems for minimal power consumption, enabling them to reduce their overall operating costs.

The 552AD000112DG is a high-performance oscillator that is designed to meet the most demanding performance requirements in a variety of applications. It offers adjustable phase noise control, selectable oscillation frequency range and minimal power consumption, making it an ideal choice for any application where precision frequency sources are required.

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