SIT1602BIE3-25S

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Programmable Oscillators are essential devices used in a variety of applications and devices, with one of the most popular models being the SIT1602BIE3-25S. This device offers a comprehensive range of features, including high-frequency resolution, signal accuracy and stability features. In this article, we’ll take a closer look at the application field and working principle of the SIT1602BIE3-25S.

Application field

The SIT1602BIE3-25S is an ideal device for frequency control in applications such as radios, radars, battery management systems, communication systems and IoT (Internet of Things). It features a wide operating temperature range from -20°C to +85°C, making it suitable for use in harsh environments. The device has been designed to meet the industry’s stringent specifications and offers a range of features including:

• Low phase noise.
• Low harmonic distortion.
• High frequency resolution.
• A patented digitally-controlled temperature compensation function to provide frequency stability.
• Short settling time.
• Low power consumption.

The device also offers strong EMC (electromagnetic compatibility) performance, making it ideal for use in communication systems, as well as a wide range of other applications.

Working Principle

At the heart of the design of the SIT1602BIE3-25S is the use of a 32-bit quartz crystal oscillator, which is used to generate a stable clock. This clock is then used to control the various components of the device. The device contains a temperature sensor which is used to control the temperature compensation level, ensuring that the output frequency is maintained even as the device’s internal temperature changes. The device also features an on-board controller, which is used to program the device using a wide range of external parameters. The device is also capable of storing multiple configurations for easy user setup and configuration.

The SIT1602BIE3-25S offers a comprehensive range of features and its high precision ensures that it is suitable for use in a wide range of applications. Its low power consumption and wide operating temperature range make it especially suitable for use in embedded systems and IoT applications. Its low phase noise, low harmonic distortion and high frequency resolution make it ideal for use in communication, radar and radio systems, as well as battery management systems.

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