SG-9101CG-C15PHDAB

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Programmable oscillators are a class of oscillators that offers the capability to program their external or internal parameters, or both. They are primarily used in electronics applications, and employed when an application requires low-frequency, ultra-precise signal sources, often with long signal times due to the need for higher stability than what can be achieved with a standard oscillator. Variations in operating parameters of the programmed oscillator, often a microprocessor or a state-of-the-art integrated circuit, allows it to provide a wide range of frequencies, accuracy, noise and other characteristics to meet specific requirements. SG-9101CG-C15PHDAB is a type of programmable oscillator.

The SG-9101CG-C15PHDAB is a highly cost-efficient programmable, quartz-based oscillator system with a frequency range of 15 MHz to 110 MHz. It features a crystal-controlled timebase, with stability and accuracy that are comparable to that of much more expensive quartz oscillators. Its robust, feature-rich design and easy-to-use interface make it ideal for a broad range of applications, including communication equipments, medical devices, and aerospace electronics.

The SG-9101CG-C15PHDAB is a single-phase frequency divider oscillator that can be programmed and reprogrammed from the user’s design level, and offers a wide variety of signal-control paths. The device also includes a built-in programmable phase-lock loop, allowing precise control of frequencies for applications requiring signal synchronization, or for signal-clock synchronization. Programming can be done via an integrated, plug-and-play USB port, or via the SG-9101CG-C15PHDAB’s memory cards.

When it comes to application field, the SG-9101CG-C15PHDAB is an ideal choice for various applications that requires precise, frequency-controlled oscillations. This includes communication equipments, medical devices, motion control systems, automotive electronics, and various other electronic system and subsystems. As explained previously, the integrated programmable phase-lock loop allows precise control of output signals, making it suitable for applications requiring signal synchronization. Moreover, its high-accuracy quartz oscillator enables precise timing for applications that demand high timing accuracy or signal-clock synchronization.

Now let’s take a look at its working principle. The oscillator works by dividing a signal frequency from a reference signal at a certain rate. The SG-9101CG-C15PHDAB’s internal schematics include an oscillator, a programmable counter, a programmable divider, and output amplifiers. The programming circuitry is used to adjust the divider ratio and to determine the output frequency. By adjusting the divider ratio, the divider\'s output can be programmed to match the desired frequency. The output signal is then amplified, resulting in an oscillation at the desired frequency.

In conclusion, the SG-9101CG-C15PHDAB is a high-performance, cost-efficient programmable, quartz-based oscillator that can be programmed with a range of frequencies and accuracy, making it suitable for variety of applications. Its ability to provide precise control of output frequencies and signal/clock synchronization makes it ideal for communication equipments, motion control systems, automotive electronics, and various other electronic system and subsystems.

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