533SC000230DGR

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Pin Configurable/Selectable Oscillators are widely used for a broad range of electrical and electronic applications, from telecommunications to microcontrollers to digital video stabilization, and beyond. The 533SC000230DGR is one such oscillator, with its versatile feature set and wide frequency range making it a top choice for a variety of tasks.

Featuring frequency ranges from 10 kHz to 3.3GHz, the 533SC000230DGR provides a highly versatile platform that can be easily customized, programmed, and configured to best meet the specific needs of an application. The oscillator utilizes a patented multi-field memory technology to enable configurability and selectability without adding additional components, such as resistors and capacitors. This greatly reduces assembly time and labor cost, making it an attractive option for cost-conscious projects.

Designed for power efficiency, the 533SC000230DGR utilizes low power CMOS, allowing it to operate at much lower current and voltage levels than traditional oscillators. This is especially useful for battery-powered applications, where frequency stability and accuracy must maintain, even in the case of large temperature extreme swings. With an operating temperature range of -40°C to +85°C and accuracy of +/-2PPM, the 533SC000230DGR is an excellent choice for most applications.

The 533SC000230DGR is also incredibly easy to program and configure. Its single pin will enable you to drive or write in configurations and commands. Its programming language is common to most oscillator types, and is easy to learn and understand. Furthermore, the oscillator is RoHS compliant and offers both DIP and surface mount packaging for a variety of applications.

The 533SC000230DGR is a robust and reliable oscillator solution to a variety of applications and functional restraints. Its integrated design minimizes external components, reducing the need for costly assembly time and labor, while its wide frequency range and low power consumption make it well suited for battery-powered applications. Its programming language and single pin access features add ease of use and configurability to any application.

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