DSC1101CL2-024.7500T

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Oscillators are electronic components that switch between states at a consistent rate. The DSC1101CL2-024.7500T oscillator is a dual-channel clock and data spread spectrum oscillator designed for use in high-speed multi-gigabit digital systems. This device is constructed with low-noise, high-stability and temperature-compensated CMOS oscillator circuits that offer ultra-low power consumption. It has a dual-channel clock output with a wide temperature range of -20°C to +85°C.

The clock and data output of the DSC1101CL2-024.7500T oscillator provide a cost-effective spread spectrum solution. The clock output is designed to provide an even spread of jitter along the spectrum, while the data output is designed to provide fast settling times, low jitter and wide data rates. A wide range of input and output frequencies is available, from 0.3Mhz to 55Mhz, with various clock and data output signal levels.

The DSC1101CL2-024.7500T oscillator is primarily used in mobile and digital applications. It is suitable for use in multi-gigabit data transmissions and fixed frequency applications such as high-speed memory systems. It is also suitable for high speed serial digital interfaces such as LCD controllers, DSPs, Ethernet, USB and other devices. The low power consumption and wide operating temperature range make it ideal for use in mobile and embedded applications that require a low-noise clock source.

The working principle of the DSC1101CL2-024.7500T oscillator is simple. Essentially, it is an electronic oscillator circuit that generates a steady alternating signal. This signal is used to regulate the frequency of the clock and data output signals, which ensures that the signals remain consistent over time. This means that the output signals can be used as a reference to accurately calculate the duration of any particular operation.

The key factor behind the stability and accuracy of the DSC1101CL2-024.7500T oscillator is the CMOS oscillator circuit. This circuit comprises of two different kinds of transistors linked together in a way that produces an alternating current. This alternating current is then lead into a circuit containing an oscillator capacitor, a resistor and an inductor, which produce a steady output signal.

The oscillator operates by using the phase shift between the two transistors. When the transistors switch state, the output signal will change in a predictable manner. The frequency of the output signal is determined by the component values of the capacitor, resistor and inductor. As these values are carefully chosen, the output frequency is maintained very accurately.

The DSC1101CL2-024.7500T oscillator is used in a wide range of applications, from mobile and embedded devices to high speed serial data applications. Its low-noise, high stability and temperature-compensated CMOS oscillator circuit provide a cost-effective spread spectrum solution for any system requiring a reliable clock source. With its wide range of input and output frequencies and low power consumption, the DSC1101CL2-024.7500T is an ideal choice for any application in need of a robust and reliable oscillator.

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