SG-9101CB 28.6363M-C20PHAAA5

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Oscillators are essential electronic components for any system working with a microprocessor or another digital device. Oscillators are used to provide an accurate and stable time base for internal clock signals. They are also used to produce control pulses and reference clock signals for microprocessors, FPGAs and other digital components. The SG-9101CB 28.6363M-C20PHAAA5 oscillator is one of the most popular oscillators used today for these applications.

The SG-9101CB 28.6363M-C20PHAAA5 oscillator is a miniaturized oscillator module that is based on a ceramic package. This type of oscillator is ideal for applications that require a high degree of stability in relation to temperature, voltage and age. The SG-9101CB 28.6363M-C20PHAAA5 has a working frequency range of 8MHz to 50MHz and is designed to handle signals with a wide range of frequency variation. It has a wide temperature range of 10 to 70°C and a maximum frequency drift of ±50ppm.

The SG-9101CB 28.6363M-C20PHAAA5 incorporates a programmable crystal structure which allows for a variety of different frequency configurations. This makes it ideal for many applications which require intricate timing requirements. It also has a low supply current of less than 250µA when operated at 3.3V. This allows for significantly lower power consumption in applications that require a constantly active frequency source.

The SG-9101CB 28.6363M-C20PHAAA5 is commonly used in both consumer-level and industrial-level systems. It is commonly used in microcontroller-based systems for providing a stable timing reference. It is also used in radio-based systems to generate signal patterns that are transmitted or received by a receiving device. The oscillator is also used to generate signal patterns to control various motors, servos, and other mechanisms within an industrial automation system.

In terms of working principle, the SG-9101CB 28.6363M-C20PHAAA5 oscillator is based on the crystal oscillator principle. It utilizes a quartz crystal, whose resonance frequency is determined by the cut and geometry of the crystal. The oscillator operates by sending a signal to the quartz crystal at its resonant frequency and using the crystal to reflect the signal back, creating a continuous output. As the frequency of the signal that is sent to the quartz crystal is known, this allows for the crystal to be tuned to a precise frequency.

In addition, this oscillator also features an advanced suspension system which is designed to reduce noise and other interference. This suspension system utilizes high-temperature epoxy to continually dampen the quartz structure, maintaining its frequency. By utilizing this advanced suspension system, frequency stability is improved significantly in comparison to other oscillator types.

Overall, the SG-9101CB 28.6363M-C20PHAAA5 oscillator is an ideal choice for applications that require a highly accurate and stable time base. With its wide operating range and programmable crystal structure, it is suitable for a wide range of applications. It also has a low supply current and advanced suspension system, which makes it a cost-efficient and reliable oscillator module.

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