534BB002395DGR

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Pin configurable/selectable oscillators, such as 534BB002395DGR, are becoming increasingly popular due to their ability to easily and swiftly integrate into applications with a wide selection of options. Users can choose the properties of the oscillator to suit their design needs, eliminating the need to fabricate and maintain separate oscillators. The 534BB002395DGR was specifically developed to provide an even higher level of versatility and performance.

Application Field

The 534BB002395DGR pin-configurable/selectable oscillator is ideal for applications in consumer, industrial, automotive, and other consumer electronics applications. It is designed to provide fast and reliable performance, as well as a long life-cycle in a variety of environmental conditions. As a multi-purpose design, it can be used in a wide range of applications, from clock synchronization and communication interface applications to motor control and consumer applied methods.

Working Principle

The 534BB002395DGR pin-configurable/selectable oscillator delivers versatility and excellent performance by compressing multiple configurations into one single, small device. It uses an internal clock generator and provides an output that is adjustable with an external resistor. When control voltages are applied to specific pins, the oscillator will switch between different operating frequencies and output types, allowing users to optimize performance and quickly select the most suitable frequency for their application.

The 534BB002395DGR is capable of providing up to a 24 MHz output frequency with +/-50ppm stability over a temperature range of -40℃ to +85℃. It also features a 4-level output configuration, allowing users to select the appropriate output type and polarity. The device also incorporates SPI and I2C programming support and a wide input voltage range of 1.5V to 6.5V.

The pin-configurable/selectable oscillator offers high immunity to external electrical noise due to its high-Q resonator, making it an ideal choice for applications with high EMI levels. Additionally, the device has a low external part count and does not require any matching circuits, allowing for faster, cost-efficient written assembly.

Overall, with its vast level of adjustability, ultra-low jitter, and reliable performance, the 534BB002395DGR is a great option for a wide array of applications.

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