533DC000974DG

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Pin Configurable/Selectable Oscillators are devices that are designed for embedded applications, with the capacity to adjust central frequency and operating parameters with up to eight pins. This article will discuss the 533DC000974DG oscillator and its application field and working principle.

The device has typical central frequencies between 400 and 725 MHz, with an operating temperature range of -20 to +70°C. It has a low current consumption and a stable operation over multiple operating temperature ranges. Its output option is either differential or single-ended. The device utilizes power-saving technologies, making it more efficient and adept in its range.

The device is a very reliable tool in an ever-increasingly competitive environment, due to a replaceable quartz crystal, high thermal stability, and its low cost. Its integration within industrial applications is aided by its rugged design, low power consumption, and its ability to be remote-tuned from a PC. Its compatibility with existing oscillator standards makes it ideal for various application fields, like medical devices, machine vision, industrial automation, and consumer electronics.

The oscillator is configured using power supply pins that enable either differential or single-ended configuration, allowing users to configure the oscillator without needing to change the crystal element. Frequency configuration is done through on-chip RC oscillator tuning and frequency control pins, which are used for selecting different operating frequencies or parameters for the oscillator.

The working principle of the device is based on the oscillatory action of a quartz crystal. A quartz crystal is a thin slice of synthetic crystalline quartz, cut in particular shapes and with electrodes attached to specified faces. In general, the faces of the crystal are electrically conductive and the crystal acts as a vibrating plate, which vibrates at a certain frequency depending on its shape and size.

The oscillator operates on the principle of quartz crystal oscillation. When electrical energy of a particular frequency is applied to the terminals, the quartz crystal vibrates at the natural frequency determined by its size and shape. The circuit then amplifies the frequency and produces an electrical oscillation.

To add further efficiency, the 533DC000974DG oscillator includes an on-chip RC oscillator tuning, which enables high speed operation without the need for external components. This reduces design time, effort, cost and hardware complexity. Additionally, the on-chip frequency control pins allow users to select different operating frequencies or parameters for the oscillator.

In conclusion, the 533DC000974DG oscillator is an ideal device for embedded applications due to its low power consumption and its ability to be remotely tuned from a PC. This device is designed with an on-chip RC oscillator tuning for efficient operation, and its compatibility with existing oscillator standards makes it suitable for various application fields.

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