552CC000410DGR

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Pin Configurable/Selectable Oscillators are widely used in applications requiring highly accurate and stable timing sources. The 552CC000410DGR represents the latest in application-specific, programmable oscillators technology. It is designed to offer a wide range of mechanical options and multiple output waveforms, providing an ideal solution for a variety of timing applications.

The oscillator includes a programmable control section, providing flexibility for applications such as microprocessor or microcontroller clocking, frequency synthesis, timing and synchronization, frequency scaling and any custom requirements. This oscillator is especially suited to circuits and applications involving noise suppression, power control and space-efficient design.

The 552CC000410DGR uses a variety of output waveforms to meet the needs of different applications. The different output waveforms in the oscillator include sine wave, triangle wave, rectangular wave, sawtooth wave and others. The oscillator also features customizable drive circuits and an adjustable phase-locked loop (PLL) that can accurately lock to a variety of input frequencies. The PLL also allows the oscillator to adjust its output frequency to match the input frequency.

The 552CC000410DGR oscillator is designed to provide maximum stability and accuracy in a wide range of applications. It features an advanced temperature compensation circuit and a patented voltage-controlled crystal oscillator (VCXO) architecture to provide frequency precision and introduce less timing jitter than traditional oscillators. This makes it well-suited for applications where timing accuracy is essential, such as clocks, communications, frequency synthesizers and embedded systems.

The 552CC000410DGR is a power-efficient and cost-effective solution for applications requiring precise and stable timing. It is designed to be integrated into any variety of microprocessor, microcontroller and other system-level applications. Its high temperature stability and cost-effective design make it an ideal choice for mission-critical timing applications.

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