DSC400-0444Q0009KI2T

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Pin Configurable/Selectable Oscillators are often used in many different industrial and commercial applications due to their reliability and accuracy. The DSC400-0444Q0009KI2T is one such oscillator, which is specifically designed for low noise and low power consumption. The DSC400-0444Q0009KI2T is a specially designed precision oscillator designed for applications that include control systems and instrumentation, as well as automotive, telecommunications, and digital signal processing (DSP) applications.

The DSC400-0444Q0009KI2T has the ability to be configured with a pin selection , meaning users can select the proper frequency and noise characteristics to meet their desired output requirements. This makes the DSC400-0444Q0009KI2T a suitable option for applications requiring low frequency ranges. Furthermore, the DSC400-0444Q0009KI2T features low power consumption, with an operating current of 0.4-1.2mA, a standby current of 0.1A, and a supply voltage of 1.8-3.3V.

The DSC400-0444Q0009KI2T is also capable of operation over a wide temperature range. It has a temperature range of -40°C to +85°C, making it suitable for harsh environmental conditions. In addition, the DSC400-0444Q0009KI2T also offers excellent frequency accuracy, with a frequency stability of 50ppm over the operating temperature range.

The fundamental working principles of the DSC400-0444Q0009KI2T are based on the quartz crystal oscillator principle. This involves the use of a quartz crystal with metal electrodes positioned at opposite ends. This creates an oscillating electronic circuit, in which the crystal produces an electrical signal at a specific frequency determined by the mechanical constants of the crystal itself. The frequency can then be adjusted by applying a voltage to the metal electrodes. The frequency stability is also determined by the parameters of the quartz crystal used in the oscillator.

Due to its precision, accuracy, low power consumption and wide operating temperature range, the DSC400-0444Q0009KI2T is well suited for applications in automotive, control systems and instrumentation, telecommunications, and DSP. Its pin configuration means users are able to select the desired frequency and noise characteristics to meet their needs, making it an ideal choice for many industrial and commercial applications.

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