534FA000526DGR

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Pin Configurable/Selectable Oscillators are components which enable engineers to customize the frequency generated from their oscillator applications. This is done by making use of a series of pins to customize the frequency and output characteristics of the oscillator. One example of this is the 534FA000526DGR, a programmable and pin-selectable oscillator. In this article, we will analyze the application field of the 534FA000526DGR, and discuss its working principles.

Application Field of 534FA000526DGR

The 534FA000526DGR oscillator is designed for applications where frequency customization and output characteristic control is necessary. It is designed to handle frequency range of up to 2MHz, with a frequency accuracy of ±50ppm. This ensures that users can achieve a very high level of accuracy when generating frequency outputs from their oscillator applications. It is suitable for use in a variety of applications, such as Audio, IoT, Industrial Equipment, Robotic Systems and Automotive components. The 534FA000526DGR is also RoHS compliant, and its small form factor makes it ideal for hand held and portable devices.

Working Principle of 534FA000526DGR

The 534FA000526DGR is a variable frequency oscillator, and it works by using pins to customize the frequency and output characteristics of the oscillator. To achieve this, it relies on the use of capacitors and resistors, which are connected in specific configurations to achieve the desired frequency and output characteristics. The pins used to customize the frequency and output are divided in to 4 groups, with each group containing 4 pins. The first group is used to customize the frequency range of the oscillator, while the second group is used to customize the output characteristics. The third and fourth groups are used to control the voltage level and duty cycle of the oscillator respectively.

Once the pins have been customized, they are connected to the output pins of the oscillator, which will then generate the required frequency output when the oscillator is enabled using the Enable pin. The output can then be used for whatever application the user requires. The 534FA000526DGR oscillator is powered using a 3-5V DC supply and has a maximum current consumption of 18mA.

Conclusion

In conclusion, the 534FA000526DGR is a great solution for applications where frequency customization and output characteristics control is required. It is suitable for use in a variety of applications, such as Audio, IoT, Industrial Equipment, Robotic Systems and Automotive components. Its small form factor makes it ideal for hand held and portable devices. The 534FA000526DGR uses pins to allow users to customize its frequency range and output characteristics, enabling them to meet the precise output requirements of their applications.

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