SG-9101CB-C05SGDAB

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Programmable oscillators are versatile and customized electronic components that are used for a wide range of signaling applications. SG-9101CB-C05SGDAB is a typical programmable oscillator specifically designed to generate high quality outputs with excellent stability and low power consumption. It can be used in most communication, memory, processing and data buses systems. This article will provide an overview of the application field and working principle of SG-9101CB-C05SGDAB.

Application field of SG-9101CB-C05SGDAB

SG-9101CB-C05SGDAB is an oscillator with a very broad frequency range (1-200MHz). This makes it an ideal choice for applications such as spread spectrum clocks, data buses, and memory interfaces. It is also capable of providing low-jitter clock outputs, making it suitable for applications that require clean and reliable timing signals. The oscillator is also used in navigation radios, precision time-keeping, communication networks, and even embedded systems. The superior performance of the SG-9101CB-C05SGDAB makes it a preferred choice for many different applications.

Working Principle of SG-9101CB-C05SGDAB

The SG-9101CB-C05SGDAB is a compact, low-power oscillator that is designed to provide stable and accurate timing signals. It utilizes an advanced phase-locked loop (PLL) system to generate user-programmable clock frequencies. The device features a built-in voltage controlled oscillator (VCO) that can be programmed to generate frequencies as low as 1MHz and as high as 200MHz. It also includes a dual-cycle software-programmable automatic gain control (AGC). This allows users to precisely adjust the frequency of the SG-9101CB-C05SGDAB without any need for manual recalibration.

The SG-9101CB-C05SGDAB also features a patented internal temperature compensation circuit that stabilizes the VCO without relying on external components. This allows for fast initialization times and improved cycle-to-cycle accuracy. The device is also capable of providing clock signals with a modulation bandwidth of up to 200MHz. This makes it suitable for applications where the clock signals need to varying rapidly and accurately.

The device is also designed to provide excellent accuracy and jitter minimization. Its built-in frequency agility allows it to quickly adjust itself to temperature fluctuations while maintaining its accuracy. Additionally, the PLL system of the SG-9101CB-C05SGDAB eliminates the risk of long-term jitter caused by surface-mount components.

In addition to its ease of use and excellent performance, the SG-9101CB-C05SGDAB also provides users with a number of other benefits. For example, it has a very low power consumption of only 5mW, making it suitable for portable applications. It also has an enable/disable output and a serial enable/disable input which allows users to easily control the timing of the device. Finally, the device is available in a compact TSSOP-8 package that saves on board space.

Conclusion

The SG-9101CB-C05SGDAB is a versatile and reliable programmable oscillator. Its wide frequency range and internal temperature compensation makes it the ideal choice for applications such as spread spectrum clocks, data buses and memory interfaces. Its low power consumption and small package size make it suitable for use in portable devices. The PLL system of the SG-9101CB-C05SGDAB removes long-term jitter errors, making it suitable for applications that require reliable and accurate timing.

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