DSC2030FI2-C0009

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Pin configurable or selectable oscillators are often used in signal processing and signal transmission circuits. The fixed frequency oscillator is one of the essential components of such systems. The output frequency of these oscillators is adjusted through a programmable chip, and they are usually used in the system periphery.

The DSC2030FI2-C0009 is a pin configurable or selectable oscillator. It is manufactured under advanced Multi-Layer Interconnect (MLI) techniques and was designed to meet fast signal transmission, low noise, and low power consumption requirements. The output frequency is formed by a special combination of the oscillator\'s crystal resonance and load capacitance. Its output frequency can be adjusted between 1MHz and 100MHz.

The DSC2030FI2-C0009 is suitable for a variety of applications. It can be used in wireless transmission, modems, Ethernet communication, Set-Top Box (STB), and all frequency-dependent radios. It is also applicable to RF frequency synthesizers, transceiver and other applications with frequency tuning capabilities. In addition, this oscillator is also suitable for different power supply voltage ranges.

The working principle of the DSC2030FI2-C0009 is simple. The crystal resonator with its built-in capacitive loading is connected to the oscillator\'s pins. The resonance frequency of the loading and crystal combination is then used as the fundamental core of the output clock signal. The load capacitance can be adjusted by a combination of two external capacitors which are connected to the oscillator\'s pins. The adjustment of these capacitors will change the resonance frequency of the crystal-load combination, and thus adjusts the output frequency.

The DSC2030FI2-C0009 pin configurable or selectable oscillator combines fast transmission, low noise, and low power consumption into one component. Its wide frequency range and adjustable output frequency make it suitable for many frequency-dependent systems, including wireless transmission, modems, Ethernet communication, Set-Top Box (STB), radios, RF frequency synthesizers, and transceivers. The working principle also makes it easy to adjust the output frequency, making it an excellent choice for applications of any kind.

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