DSC400-3333Q0093KE2

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Pin Configurable/Selectable Oscillators come in many different sizes and varieties, however the DSC400-3333Q0093KE2 is a particularly efficient one in terms of cost and power consumption. It is a low-frequency oscillator with an output frequency range of 800 Hz to 33.33 MHz and a frequency accuracy of ±250 ppm. The DSC400-3333Q0093K2 also provides different voltage options (1.8 to 5 V) and includes a package size of 3.2 mm x 3.2 mm. It is a combination of a microcontroller and a PLL of specific frequencies, providing higher accuracy and noise reduction, while having a lower power consumption in comparison to other oscillators.

The application field of the Pin Configurable/Selectable Oscillator DSC400-3333Q0093KE2 is quite broad. It is often used in consumer and communication products such as PC\'s, laptops, tablets, smartphones, routers, and switches. Additionally, it is utilised in electronic communication products such as computers, network appliances, base stations, etc., to provide them with an adequate clock signal, ensuring their correct functioning. It also finds use in applications such as audio, imaging, and video, where it is employed to generate precise timing signals for audio and video streaming and for the synchronisation of multiple multimedia streams.

The working principle of the DSC400-3333Q0093KE2 oscillator is based on on-board frequency setting and a PLL-based rock-solid locking technology. The frequency setting is done via a 3-pin interface, which can be easily adjusted without any extra external control by the user. This allows quick configuration and tuning of the oscillator’s output signal. The PLL technology allows the oscillator’s signal to be locked to a precise frequency setting that won’t drift due to temperature or external noise.

The DSC400-3333Q0093KE2 Pin Configurable/Selectable Oscillator is a great option for any product needing precise clock signals. Its adjustable frequency setting and PLL locking technology helps to give an unmatched frequency stability while ensuring low power consumption and size. This makes it especially well suited for consumer electronics, communications, audio, imaging, and video applications where high frequency stability is required.

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