DSC400-1133Q0079KE2T

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Pin Configurable/Selectable Oscillators are an expansive class of oscillators that allow their user to tweak the frequency of their output signals to exact criteria. This includes the DSC400-1133Q0079KE2T Oscillator, a rugged, extremely reliable SMT oscillator with a wide frequency range and configurable output.This oscillator, made with the CMOS process, is an expandable, easy-to-use part that can be highly beneficial to many different applications.

The DSC400-1133Q0079KE2T is an expandable, professional-grade precision oscillator based on the AT-Cut Crystal technology, making it both reliable and superior in applications where vibration or noise is a concern. This oscillator features a low g-sensitivity, low phase noise, low jitter, and a wide temperature range for improved performance in fluctuating temperatures. The temperature range for this oscillator is -40⁰ to 85⁰C. The DSC400-1133Q0079KE2T also features a wide frequency range of 0.6 to 58 MHz and a variety of frequencies from which to choose from.

The DSC400-1133Q0079KE2T Oscillator is well suited for a variety of applications that require precision accuracy and frequency control. These applications include clock signal generators, timed switching circuits, digital logic systems, real-time clock circuits, frequency division and synthesis, RF systems, and communication interface circuits. It is well suited for any application that requires a high degree of accuracy and reliability under a variety of conditions.

The oscillator’s working principle and operation is quite simple:an oscillator is an electronic circuit device that produces a steady, regular electrical signal at a specific frequency and amplitude. This signal is usually provided to the application circuit to enable timing and synchronization operations. In the case of the DSC400-1133Q0079KE2T, the signal is generated by a quartz crystal oscillator. An input signal from an external component can be used to adjust the frequency of the signal generated by the oscillator.

The working principle is based on the fact that the output of the oscillator is derived from an inductor and two capacitors connected in the form of an LC tank circuit. The LC tank circuit is connected to a quartz crystal, which vibrates in response to electrical stimuli due to the piezoelectric properties of quartz. When an alternating current is applied to the quartz crystal, it vibrates, and the vibration is then converted into a corresponding alternating voltage. This voltage is then used to generate the output signal.

The crystal oscillator works by combining both frequency and amplitude stability in a single component. Furthermore, the oscillator can be configured to output different frequency ranges. This allows the user to select the frequency range that best meets their requirements. Additionally, the DSC400-1133Q0079KE2T can be programmed to output different frequencies through the use of a pin configuration.

Whether you’re dealing with a large or small frequency range, the DSC400-1133Q0079KE2T is an excellent choice for precision and reliability. With its wide temperature range and exceptional accuracy, this Oscillator can prove to be highly beneficial in many different applications. Whether you’re dealing with clock signals, digital logic systems, RF systems or even communication interface circuits, the DSC400-1133Q0079KE2T can help get the job done.

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