511HAB-CAAG

Frequency Stability:	±50ppm
Current - Supply (Disable) (Max):	18mA
Height:	0.071" (1.80mm)
Size / Dimension:	0.276" L x 0.197" W (7.00mm x 5.00mm)
Package / Case:	6-SMD, No Lead
Mounting Type:	Surface Mount
Ratings:	--
Current - Supply (Max):	44mA
Spread Spectrum Bandwidth:	--
Operating Temperature:	-40°C ~ 85°C
Frequency Stability (Total):	±100ppm
Series:	Si511
Voltage - Supply:	2.5V
Output:	HCSL
Function:	Enable/Disable
Available Frequency Range:	170MHz ~ 250MHz
Programmable Type:	Programmed by Digi-Key (Enter your frequency in Web Order Notes)
Type:	XO (Standard)
Base Resonator:	Crystal
Part Status:	Active
Packaging:	Tray

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Programmable Oscillators: 511HAB-CAAG Application Field and Working Principle

Oscillators are electronic circuitry components primarily used to generate an AC signal for usage in a higher-level electronic systems. They are the main components of event-driven systems like those embedded in audio and video production. Programmable oscillators are a type of oscillators that are specifically designed and wired to provide users with an on-site adjustable frequency, meaning the generated signal may be tuned in terms of its frequency. In this article, we will analyze and explain the application field, working principle and structure of the 511HAB-CAAG programmable oscillator, one of the most popular types of programmable oscillators available.

Applications Field

The 511HAB-CAAG programmable oscillator is primarily used inside industrial communication systems. The two main areas of application are embedded system communication and data transmission. It is mainly employed in event-driven systems, thanks to its versatility and relatively high-capabilities.The 511HAB-CAAG oscillator is able to adjust its frequency in order to compensate the signal degradation subjects to high noise. This makes it an ideal candidate for those applications involving data transmission and transmission of audio and video signals, similarly to what it is done inside broadcasting systems. It is also generally applicable to other applications involving noise reduction due to its self-balancing and adaptive system.

Working Principle

The 511HAB-CAAG programmable oscillator follows a relatively complex system in order to fully exploit its features. The oscillator works in balance with a phase-locked loop in order to adjust the frequency to the desired result.The phase-locked loop is communicating with the oscillator itself in order to adapt the frequency. The communication is based on a feedback mechanism, and the phase-locked loop is able to detect the frequency output of the oscillator. When the frequency output falls out of a predetermined range, the phase-locked loop initiates a process of frequency adjustment in order to bring the output back in range.

Structure

The 511HAB-CAAG oscillator is composed of three main components. The first one is the oscillator itself. This part is basically the core of the system, and it is responsible for producing the actual signal. The second component is a differential amplifier located between the oscillator and the phase-locked loop. This system is responsible for controlling and balancing the signal emitted by the oscillator.The third component is the phase-locked loop. This is the part of the system responsible for detecting the outputted frequency and making adjustments in order to keep the signal within the desired range.

Conclusion

The 511HAB-CAAG programmable oscillator is one of the most versatile oscillators available. It is primarily used inside industrial communication systems, and it is specially designed to provide users with an on-site adjustable frequency, meaning the generated signal may be tuned in terms of its frequency.The oscillator works in balance with a phase-locked loop in order to adjust the frequency to the desired result. The structure of the oscillator is composed of three main components: the oscillator itself, a differential amplifier, and a phase-locked loop. In conclusion, the 511HAB-CAAG oscillator is a highly stable and customizable component that is suitable for applications such as embedded system communication, data transmission and audio/video broadcasting. It is highly reliable thanks to its adaptive and self-balancing system, and it is definitely one of the best solutions for event-driven systems.

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