DSC2011FE1-E0005

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Pin Configurable/Selectable Oscillators offer a revolutionised solution for customised, low-cost and reliable frequency control. With the development of new technologies, such as the Digital Synthesis Variable Oscillator (DSVO) which was introduced in 1988, a wide range of oscillators with various capabilities can now be configured to provide the desired frequency, voltage, temperature and current requirements. The Digital Synthesis Variable Oscillator (DSVO) is a multi-input semiconductor device that can be used as an oscillator source for frequency control, instrumentation, telecommunications, communication and control. It is also used in various industrial and consumer applications to provide the required frequency or timing signals. The Digital Synthesis Variable Oscillator (DSVO) is configured using variable or selectable inputs, and is sometimes referred to as a "Pin Configurable Oscillator" or a "Selectable Oscillator".

The DSVO design concept has given users the luxury of being able to select a specific output frequency and a required control voltage using a combination of parameters such as a reference frequency, temperature compensation and additional control voltage. This enables designers to customize the frequency and control requirements of the oscillator, without having to design, buy, or assemble their own frequency source, saving time and money. The DSVO also provides improved reliability, as it can easily be reconfigured for various applications and output frequencies.

The DSC2011FE1-E0005 is a pin configurable oscillator designed for the consumer electronics, instrumentation and telecommunications industries. The oscillator features a frequency range of 2KHz to 200MHz, and a minimum operating temperature of -40 degree Celsius. It also includes a frequency change of 1.0V to 6.0V, a current consumption of 8mA or 100mA, and a frequency change of 1ppm or 10ppm. The DSC2011FE1-E0005 also includes a voltage control input for frequency variation, a standby mode for reduced power consumption, and a low jitter clock output.

The DSC2011FE1-E0005 employs a digital synthesis variable oscillator (DSVO) architecture, which allows for faster settings and improved stability. This feature is enabled by an on-board microcontroller that controls the voltage, temperature and current components of the oscillator. The microcontroller is connected to the inputs through an analog and digital bus and is used to configure the operating parameters of the oscillator such as the output frequency, voltage and temperature control. The microcontroller also enables the oscillator to be self-calibrated, while a user interface is used to configure the oscillator settings.

The working principle of the DSC2011FE1-E0005 is quite simple. First, an input frequency signal is applied to the oscillator, which then scales the frequency. The scaled signal is then read by the microcontroller and stored in the device\'s memory. Once stored, the microcontroller then produces the required output based on the stored settings. The output voltage and current required to achieve the desired frequency is then connected to the corresponding pins on the device. Finally, when the correct output frequency and voltage are found, the oscillator is ready to use.

In conclusion, the DSC2011FE1-E0005 offers a low-cost and reliable solution for frequency control. The added microcontroller enables the device to be reconfigured for various applications, providing improved reliability and customizable frequency output in a matter of minutes. By decreasing the time required to set up a frequency source, the DSC2011FE1-E0005 allows users to save time and money while providing optimal frequency control.

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