533BB000491DGR

Pin Configurable/Selectable Oscillators

The 533BB000491DGR is a pin configurable/selectable oscillator that offers many different types of frequencies for a variety of applications. With the ability to choose between multiple frequencies, the 533BB000491DGR offers optimal flexibility in the design of a range of systems, including microcontroller applications, automotive systems, as well as low-power embedded solutions.

Application Field

The 533BB000491DGR provides applications with the most precise frequency selection available in a single package. This is achieved by its ability to precisely control the output frequency, with accuracy values of +/−1% and stability of ±20 PPB. In order to ensure repeatability and maintain the control of output frequency, a voltage controlled crystal oscillator (VCXO) is also included. This allows for incremental adjustments of the output frequency, resulting in improved system reliability, accuracy and stability.

The 533BB000491DGR is especially suited for microcontroller applications, offering solutions for a wide range of system applications such as motor control, drivetrain or communications systems. The oscillator also enables the most precise timing solutions for automotive applications, providing small, an economical and reliable solution for high-precision oscillators. The 533BB000491DGR also offers excellent low power solutions, resulting in further improvements in system performance while reducing overall power consumption.

Working Principle

The 533BB000491DGR works by converting input signals into oscillations. These oscillations are generated by a circuit that combines resistors and capacitors, along with an inductor, to produce sine waves with a specific frequency. This frequency can then be adjusted by changing the voltage or current of the circuit. The output frequency is also dependent on the value of external components, allowing for precise control of the oscillations. In some cases, a VCXO may be used in the circuit to allow for even more precise control.

Once the frequency is determined, the oscillator circuit is then connected to an amplifier, producing an output signal. This signal is then used in the system application, providing precise timing solutions and other benefits such as improved system reliability, accuracy, and stability. The 533BB000491DGR can also be configured in a number of ways, allowing manufacturers to choose different types of frequencies depending on the application. This gives users the ability to customize their systems, resulting in more efficient working machines.

Overall, the 533BB000491DGR is an excellent choice for those looking for a highly reliable, accurate and stable way to produce oscillations and precise timing solutions for a range of applications. With its highly configurable nature, excellent power efficiency, and a range of frequencies to choose from, the 533BB000491DGR provides users with the flexibility to customize their systems for maximum performance.