DSC2130FE1-C0003

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Pin Configurable/Selectable Oscillators are a type of oscillator modules which offer the choice of different frequencies, output types and options of temperature ranging. The DSC2130FE1-C0003 is an example of this type of oscillator model, offering several features and uses across a wide range of applications. This article will explore the application field and working principle of the DSC2130FE1-C0003.

The DSC2130FE1-C0003 is a pin configurable/selectable oscillator module designed for use in automotive and telecom applications. The DSC2130FE1-C0003 is capable of generating frequencies from 8 kHz to 80 MHz and is rated for a max temperature of -40°C to +125°C. The module consists of a number of features including a low EMI emission, a temperature compensation circuit, an output enable/disable control, and a programmable frequency select pin.

The DSC2130FE1-C0003 provides an output type of CMOS, LVCMOS or LVDS. This allows for easy interfacing with an MCU, a FPGA, or digital video channels. The temperature compensation circuit ensures stable operation over the extended temperature range. The output enable/disable control allows for easy on/off control of the module.

The programmable frequency select pin allows the user to easily switch frequencies by applying a logic low or high level to the pin. This flexibility gives the user more control over the oscillator and the system. The module is available in a variety of packages, including SMD, BGA, and PCB mounting options, allowing for easy integration into different systems.

The working principle of the DSC2130FE1-C0003 is based on a crystal oscillator, which is a fundamental component of all oscillator designs. The crystal oscillator is made up of an oscillating crystal, typically quartz, which is driven by an electronic circuit. The crystal oscillator takes a low frequency electrical signal, typically a square wave, as an input, and converts it into an output signal with a much higher frequency. This output signal is then passed through a counter to determine the exact frequency of the oscillator.

Once the frequency of the oscillator is set, it will continue to generate a constant output signal, regardless of environmental conditions or power inputs. The crystal oscillator is then paired with other components, such as the temperature compensation circuit, the output enable/disable switch, and the programmable frequency select pin mentioned above. This allows for easy control of the oscillator and a more reliable output signal.

The DSC2130FE1-C0003 is a versatile oscillator that is ideal for a variety of applications. The ability to select the output type, output frequency, and temperature range, makes this model suitable for automotive, communication, and digital video applications. The wide temperature range allows the oscillator to be used in extreme environment conditions, while the programmable frequency select pin and output enable/disable switch add more control options to system designers. The easy to integrate design also makes the DSC2130FE1-C0003 an ideal candidate for many types of projects.

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