SIT1602BC-31-25E-25.000000X

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Oscillators are electronic components used to generate electrical signals.The SIT1602BC-31-25E-25.000000X is one type of oscillator. This component is an externally-controlled precision wide range oscillator of high reliability.

It was designed with a wide operating range,which includes a generalized application field of signal frequency range from 16 kHz up to 400 MHz in 0.2 MHz steps.This high- frequency oscillator is also able to provide rapid starting times,which make it suitable for applications that require high-reliability precision frequency signals.

The SIT1602BC-31-25E-25.000000X works by converting external analog voltage control signals into nearly-linear-controlled digital voltage-variable oscillator operating frequency. It has a wide operating range,which enables users to mutually adjust the frequency, which is convenient for practical application. The oscillator also consists of an integrated EMI suppressor which further improves its immunity against RFI and EMI noise.

The configuration of this oscillator is relatively simple and the external components required for operation are limited.This increases the flexibility of the system, reducing the complexity of the design in comparison with other oscillators available on the market today.

This oscillator is temperature- compensated, which means that it operates at a very high accuracy over a wide temperature range.The output voltage of the oscillator is also temperature- compensated which results in a consistent and reliable signal with rapid start times.The oscillator also has a design that allows for high thermal rise, which allows it to function for a longer period of time without suffering any performance degradation.

The SIT1602BC-31-25E-25.000000X oscillator is suitable for various applications such as radio communications, adaptive modulation systems, and embedded systems,etc. Thanks to its performance and reliability, this oscillator is increasingly used in a variety of applications. It is increasingly seen as the solution of choice for applications where precision, reliability, and rapid start times are important criteria.

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