533HC000620DG

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Pin Configurable/Selectable Oscillators provide improved flexibility where a product must be able to use multiple oscillator frequencies. Where a device such as a microcontroller needs to be able to select between different processor speeds, and support multiple crystal configurations, this type of device can provide an ideal solution. The industry standard 533HC000620DG is a typical example of this type of device.

The 533HC000620DG provides a variety of design options from a very small package. It is available in an 8-pin SOIC package, with a small 0.1uF pin capacitance. This device offers an oscillator output range of 6-100MHz, with a programmable duty cycle range of 20-80% (typ). The device also offers a low ESR ceramic output, providing stability for a wide range of applications.

The key feature of the 533HC000620DG is its programmability. The device enables users to select a specific frequency range, duty cycle, and output type through pins. The oscillator output is automatically programmed based on user input, making this device ideal for applications that require frequent oscillator frequency changes over time. The device also includes an integrated bypass circuit, allowing the oscillator to switch between different frequencies without the need to substitute crystals.

The 533HC000620DG is an ideal choice in a wide range of applications. It is suitable for use in a variety of micro-controllers, PIC microcontrollers and embedded processors. It can also be used to replace traditional XTAL and Crystal oscillators, providing cost effective solutions for frequency switching, clock synthesizing, phase-locked loops and other timing applications. Additionally, due to its small size and low ESR, the 533HC000620DG is well suited for use in areas with limited board space.

The working principle of the 533HC000620DG is relatively straightforward. The integrated circuit contains a built-in oscillator, with a wide enough range to accommodate a variety of different frequency requirements. The user selects the desired frequency using pins, and the oscillator will output the required frequency. The duty cycle, output type and bypass circuit are also programmable via pins. The device is also able to switch between different frequencies without the need to use additional crystals.

In conclusion, the 533HC000620DG is a versatile and cost effective Pin Configurable/Selectable Oscillator that is capable of providing a variety of different frequency outputs. It provides an ideal solution for embedded processors and microcontrollers, enabling users to change oscillator frequencies quickly and easily. Additionally, its small size and low ESR make it an ideal option for board spaces with limited room.

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