DSC6011HI1A-002.5000T

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Oscillators are electrical devices used to generate signals with a precisely determined frequency. The DSC6011HI1A-002.5000T Oscillator is a quartz crystal oscillator specifically designed for use in low noise CMOS oscillator designs. It utilizes a single quartz resonator to provide a reliable oscillating signal.

In design, the DSC6011HI1A-002.5000T utilizes an advanced C-MOS oscillator to provide a very low published phase noise. It can be configured in a 2-pin leaded package or in a 3-pin surface mount package. The device is very robust and can operate at temperatures between -20°C to 85°C. The device requires a 5.0 VDC power source with a recommended operating current of 2.8 mA. The frequency stability of the device is also very good and can be adjusted from a range of 10 ppm to 50 ppm over the specified temperature range.

The DSC6011HI1A-002.5000T is commonly used in applications such as wireless communication applications, instrumentation systems, and embedded controller applications. Its low phase noise and frequency stability make it an ideal choice for source synchronization, low noise reception, and other applications requiring relatively high frequency accuracy. The small size and low power requirements of the device make it ideal for space-constrained applications.

In operation, the DSC6011HI1A-002.5000T utilizes a quartz resonator to generate an oscillating signal. The resonator consists of a quartz crystal plate that vibrates at a certain frequency when the proper voltage is applied to it. This vibration is then converted to an electrical signal by the oscillator circuit, which is then sent to the output. The frequency stability of the device is determined by the quality of the resonator, which can be adjusted to allow for higher frequencies at certain temperatures.

The DSC6011HI1A-002.5000T is a reliable oscillation device that is capable of providing a stable frequency signal with low phase noise and frequency stability. Its small size and low power requirements make it an ideal choice for space-constrained applications such as wireless communication, instrumentation systems, and embedded controller applications. The device should be handled with caution and proper insulation of the pins should be provided when in use.

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